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As Gods Among Men: A History of the Rich in the West – review

Published by Anonymous (not verified) on Tue, 07/05/2024 - 7:29pm in

In As Gods Among Men, Guido Alfani examines the history of the rich in the West from the Middle Ages to modern times, including paths to wealth, societal perceptions and their resilience against shocks. Contributing to a recent surge in research studying inequalities, Alfani provides a nuanced economic history that probes conventional understandings of how great wealth has been accumulated, writes Noah Sutter.

As Gods Among Men: A History of the Rich in the West. Guido Alfani. Princeton University Press. 2024.

With As Gods Among Men: A History of the Rich in the West, Guido Alfani presents a comprehensive history of the wealthy in the West from the Middle Ages until today. The book provides a rich and vivid account of the history of the affluent and their interplay with society across centuries.

It consists of three parts. The first part introduces concepts and definitions to delineate the group of people who are the main focus of the study. The second part outlines the main paths to affluence and how they changed over the course of history, including the nobility, entrepreneurship and finance. It closes with a discussion of the saving and consumption habits of the rich, as well as a final chapter which discusses how phases with a wealthy elite relatively open to newcomers give way to phases of an ossified social hierarchy. The final part is dedicated to the role of the rich within society.

The rich in their changing guises have been a major historic force for centuries. Consequently, their historic traces can be found everywhere and form a rhizomatic network across time and space in the history of the West.

Rather than featuring a single argument or thesis, the book is a collection of ideas and different theses. It raises many questions while answering even more. Several threads are followed throughout the book. The rich in their changing guises have been a major historic force for centuries. Consequently, their historic traces can be found everywhere and form a rhizomatic network across time and space in the history of the West. Alfani masterfully isolates several key threads from this network.

The unifying thread Alfani identifies throughout history is that Western societies have struggled to find an appropriate role for the rich, and continue to do so. He describes in detail both the theological discussions that lay at the heart of the Western mind’s uneasiness with the wealthy and the useful social roles that the rich did fulfil. These did include magnificence – making their city splendid through their generosity – and their role as living “barns of money” – resource pools to tap into in times of crisis. The third part also contains a discussion of the role of the rich in politics, as well as discussions of the effects of crises – epidemics, wars, and financial – on the wealthy.

It seems that the rich only suffer economic decline if they are hit by catastrophe unawares.

The conclusions which Alfani reaches are often surprising. It seems that the rich only suffer economic decline if they are hit by catastrophe unawares. This was the case with the Black Death, the Thirty Years War and the World Wars. These shocks lead to adaptations and innovation that make the rich more resilient to future shocks.

One of his main conclusions, that the position of the rich in society is intrinsically fragile is rather counterintuitive – especially to the student of social mobility. Studies in economic history have shown that the top end of distribution of wealth and status distribution seems to be much more persistent than previously assumed, pointing towards a rigid social order. Alfani does not deny this but points to the aforementioned episodes of history and hints at the contemporary wealthy’s awareness of that fragility.

The second part especially – dedicated to the paths to affluence – is full of interesting observations and conclusions offering potential strands of further research. Among these is his discussion of the determinants of the openness of wealthy elites across time. Alfani discusses episodes like the opening of Atlantic trade routes, colonisation, and the Second Industrial Revolution which widened access to the elite of the rich to “new men”.

The book is the latest major contribution to a still-growing literature on economic inequality around the distribution of wealth. Branko Milanović’s most recent book, Visions of Inequality, describes how the 20th century was a period of “eclipse” in the history of economic inequality studies. One of the reasons for the eclipse that Milanović describes is that during the Cold War, both sides of the conflict tried to downplay class divisions within the respective societies. Another reason Alfani identifies is the difficulty of conceptualising the rich for economic theory. Under the assumptions of the widespread permanent income (Friedman) or life-cycle (Modigliani) hypotheses, where individuals ideally consume all their income before their death, the emergence of wealthy dynasties is hard to fathom. This eclipse ended with both the Great Recession starting in 2008 and the publication of Thomas Piketty’s Capital in the 21st Century. Economic inequality had (again) become one of the central topics of economic research. This recent trend towards the study of economic inequality has shifted the focus from income to wealth. This in turn led to a less optimistic view of the possibilities of creating a more level playing field through economic growth since wealth is much more persistent across generations than income.

The most interesting idealist thread that runs through the book is the influence of Christian theology on how we think about the role of the rich in society.

The book is part of a recent wave of books that complement the previous focus on the empirical description of trends in the development of inequality with richer narratives that combine the history of ideas with economic history, including the above books by Milanović and Piketty. Especially noteworthy were Milanović’s previously mentioned Visions of Inequality and Piketty’s Capital and Ideology. While the former provides a materialistic account of the history of inequality studies, the latter provides an idealistic account of how ideas and ideologies stabilised different inequality regimes. As Gods Among Men neglects neither channel. The most interesting idealist thread that runs through the book is the influence of Christian theology on how we think about the role of the rich in society. This is already apparent in the title, a quote from Nicole Oresme – medieval political thinker, scientist and bishop. Christian theology, with its distrust of the wealthy (“Again I tell you, it is easier for a camel to go through the eye of a needle than for someone who is rich to enter the kingdom of God.”, Matthew 19:24!), its classification of not only avarice and greed but also vain, glory and gluttony as deadly sins, as well as its prohibitions on usury, was – and arguably remains – a main contributor to the unease towards the wealthy in the West. The discussion on “useful roles” bears resemblance to Piketty’s discussion of legitimising ideologies. While Piketty provides a critique of ideology, Alfani invites us to think about how we should deal with the presence of the very rich in our societies. What does it mean that in recent cases as opposed to historical ones the rich have not been asked to foot the bill?

If we see the laws of production as ‘physical’ or ‘mechanical’ and thereby apolitical, no distribution of wealth is inherently just or unjust.

Tremendous progress has been made since the publication of Piketty’s seminal book in terms of understanding historical inequality. The political effects of these debates have been negligible, however. It is possible that the wave of research on inequality has remained politically rather sterile because our thinking on inequality had been one-dimensional for some time. We may need new ways of thinking about inequality of distribution. If we see the laws of production as “physical” or “mechanical” and thereby apolitical, no distribution of wealth is inherently just or unjust. Only through deepening our understanding of the processes and the political economy which bring about the stratum of the wealthy, and thereby the distribution of wealth, can we determine what levels of inequality can be justified and how to achieve them. Alfani uses the image of the rich as the pearl brought forth by society – the oyster. This process of pearl formation must be studied. Maybe we must turn Marx’ dictum from the Theses on Feuerbach back on its head and say that in order to change the world, we first have to interpret the world in new ways. Alfani provides us with another important step in this direction. It is long overdue that his work is introduced to the wider public.

Note: This review gives the views of the author, and not the position of the LSE Review of Books blog, or of the London School of Economics and Political Science.

Image credit: PeopleImages.com – Yuri A on Shutterstock.

Platforms, Payments, and Ponzi Schemes

Published by Anonymous (not verified) on Thu, 02/05/2024 - 4:10am in

Electronic platforms can also be thought of as a distinctive type of “terrain” that, like land, can define specific types of revenue and power for those who control them. ...

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The Evolution of America’s (Un)protected Consumer

Published by Anonymous (not verified) on Wed, 01/05/2024 - 5:04am in

Consumer protection started to be seen as a responsibility that individuals, deemed rational and capable, were expected to shoulder themselves, assuming they were provided adequate information about the terms of exchange. ...

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Dollar Hegemony, State Sovereignty and International Order: an International Workshop

Published by Anonymous (not verified) on Tue, 30/04/2024 - 12:11pm in

During the past decade, it has become obvious that economic interconnectedness did not bring forth frictionless international relations as many liberal theorists had predicted. To the contrary, the fact that economic integration has been profoundly uneven has enabled the weaponisation of asymmetrical economic relations for the achievement of geopolitical and/or economic goals (Whyte 2022; Farrell 2023). The weaponisation of the unique international role of the US dollar is one of the most consequential examples of this trend. For instance, in the period since 2001, US sanctions designations have expanded by an extraordinary 933%. In the context of Russia’s war in Ukraine, dollar hegemony made it possible to freeze Russia’s foreign reserves and expel the country from the SWIFT payments system and US correspondent banking. Many states, including geopolitical rivals of the US such as China, understand this reality as a direct threat to their sovereign rights and interests and have been debating possible solutions, such as the introduction of central bank digital currencies and/or the creation of alternative mechanisms of payments clearing and financial messaging (Eichengreen 2022).

The intertwining between dollar hegemony and private money creation puts additional pressures on state sovereignty, as functions with profound and direct effects on the organisation of public life, such as money creation and credit allocation, are carried out by private institutions. Lawyers and political theorists alike have produced useful elaborations on the effects of dollar hegemony and public money on monetary sovereignty (Pistor 2017; Murau & van’t Klooster 2023). What remains relatively under-explored is the conceptual and practical challenges posed by dollar hegemony to state sovereignty more broadly, beyond the confines of monetary sovereignty. In other words, more work remains to be done on the tensions between state sovereignty, a globalised capitalist economy, and the economic unevenness that hegemonic currencies embody (Tzouvala 2024).

To this end, we seek contributions from economists, IR scholars, political theorists, historians, sociologists and lawyers to explore this important question as well as its theoretical and practical implications. We are interested, amongst other issues, in papers exploring:

1)      the material and ideological foundations of dollar hegemony and their effects on state sovereignty and international order;

2)      the distributional impacts of dollar hegemony both between states and between classes/factions of classes;

3)      the legal rules and infrastructures that enable and challenge dollar hegemony;

4)      the historical evolution of dollar hegemony;

5)      the interplay between dollar hegemony, private money creation and financial capitalism;

6)      institutional and political alternatives to dollar hegemony.

7)      public and private experiments with digital currencies and their consequences for state sovereignty.

8)      the implications of dollar hegemony and challenges to it for unilateral sanctions.

9)      the geopolitics of dollar hegemony;

10) the mutually-sustaining relationship between US militarism and dollar hegemony.

We will explore these and other urgent question in a two-day workshop that will take place on the 5th and 6th of December 2024 at the University of New South Wales (Sydney, Australia). If interested, please send us an abstract of no more than 400 words and a short bio of no more than 50 words by the 1st of July 2024 at dollarandsovereignty@gmail.com. Limited funding may be available for speakers who do not have access to institutional funding.

Confirmed speakers include: Professor Melinda Cooper (Australian National University), Professor Mona Ali (State University of New York – New Paltz), Professor Will Bateman (Australian National University), Dr Ilias Alami (University of Cambridge), Professor Benton Heath (Temple University), Professor Shahar Hameiri (University of Queensland), Prof. David Blaazer (University of New South Wales), Professor Ryan Mitchell (Chinese University of Hong Kong), Dr Kanad Bagchi (University of Amsterdam).

Organisers: Dr Jessica Whyte (University of New South Wales), Dr Ntina Tzouvala (Australian National University). The event is co-sponsored by the ANU Capitalism Studies Network and the Australian Research Council Future Fellowship project Economic Sanctions After the Cold War (FT230100697).

The post Dollar Hegemony, State Sovereignty and International Order: an International Workshop appeared first on Progress in Political Economy (PPE).

From “Boring” to “Roaring” Banking

Published by Anonymous (not verified) on Mon, 29/04/2024 - 10:00pm in

Harder to measure, but no less crucial, is Epstein’s identification of the intellectual “capture” of both the academy and policymaking institutions—their infiltration by financial interests and the economic paradigms that prop them up. ...

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Keynes and Socialism

Published by Anonymous (not verified) on Thu, 25/04/2024 - 1:04am in

(Text of a talk I delivered at the Neubauer Institute in Chicago on April 5, 2024.)

My goal in this talk is to convince you that there is a Keynesian vision that is much more radical and far-reaching then our familiar idea of Keynesian economics.

I say “a” Keynesian vision. Keynes was an outstanding example of his rival Hayek’s dictum that no one can be a great economist who is only an economist. He was a great economist, and he was many other things as well. He was always engaged with the urgent problems of his day; his arguments were intended to address specific problems and persuade specific audiences, and they are not always easy to reconcile. So I can’t claim to speak for the authentic Keynes. But I think I speak for an authentic Keynes. In particular, the argument I want to make here is strongly influenced by the work of Jim Crotty, whose efforts to synthesize the visions of Keynes and of Marx were formative for me, as for many people who have passed through the economics department at the University of Massachusetts.

Where should we begin? Why not at the beginning of the Keynesian revolution? According to Luigi Passinetti, this has a very specific date: October 1932. That is when Keynes returned to King’s College in Cambridge for the Michaelmas term to deliver, not his old lectures on “The Pure Theory of Money,” but a new set of lectures on “The Monetary Theory of Production”. In an article of the same title written around the same time, he explained that the difference between the economic orthodoxy of the “the theory which I desiderate” was fundamentally the difference between a vision of the economy in terms of what he called “real exchange” and of monetary production. The lack of such a theory, he argued, was “the main reason why the problem of crises remains unsolved.”

The obvious distinction between these two visions is whether money can be regarded as neutral; and more particularly whether the interest rate can be thought of — as the textbook of economics of our times as well as his insist — as the price of goods today versus goods tomorrow, or whether we must think of it as, in some sense, the price of money.

But there is a deeper distinction between these two visions that I think Keynes also had in mind. On the ones side, we may think of economic life fundamentally in terms of objects — material things that can be owned and exchanged, which exist prior to their entry into economic life, and which have a value — reflecting the difficulty of acquiring them and their capacity to meet human needs. This value merely happens to be represented in terms of money. On the other side, we may think of economic life fundamentally in terms of collective human activity, an organized, open-ended process of transforming the world, a process in which the pursuit of money plays a central organizing role. 

Lionel Robbins, also writing in 1932, gave perhaps the most influential summary of the orthodox view when he wrote that economics is the study of the allocation of scarce means among alternative uses. For Keynes, by contrast, the central problem is not scarcity, but coordination. And what distinguishes the sphere of the economy from other areas of life is that coordination here happens largely through money payments and commitments.

From Robbins’ real-exchange perspective, the “means” available to us at any time are given, it is only a question of what is the best use for them. For Keynes, the starting point is coordinated human activity. In a world where coordination failures are ubiquitous, there is no reason to think — as there would be if the problem were scarcity — that satisfying some human need requires withdrawing resources from meeting some other equally urgent need. (In 1932, obviously, this question was of more than academic interest.) What kinds of productive activity are possible depends, in particular, on the terms on which money is available to finance it and the ease with which its results can be converted back into money. It is for this reason, as Keynes great American successor Hyman Minsky emphasized, that money can never be neutral.

If the monetary production view rejects the idea that what is scarce is material means, it also rejects the idea that economic life is organized around the meeting of human needs. The pursuit of money for its own sake is the organizing principle of private production. On this point, Keynes recognized his affinity with Karl Marx. Marx, he wrote, “pointed out that the nature of production in the actual world is not, as economists seem often to suppose, a case of C-M-C’, i. e., of exchanging commodity (or effort). That may be the standpoint of the private consumer. But it is not the attitude of business, which is the case of M-C-M’, i. e., of parting with money for commodity (or effort) in order to obtain more money.”

Ignoring or downplaying money, as economic theory has historically done, requires imagining the “real” world is money-like. Conversely, recognizing money as a distinct social institution requires a reconception of the social world outside of money. We must ask both how monetary claims and values evolve independently of the  real activity of production, and how money builds on, reinforces or undermines other forms of authority and coordination. And we must ask how the institutions of money and credit both enable and constrain our collective decision making. All these questions are unavoidably political.

For Keynes, modern capitalism is best understood through the tension between the distinct logics of money and of production.  For the orthodox economics both of Keynes’s day and our own, there is no such tension. The model is one of “real exchange” in which a given endowment of goods and a given set of preferences yielded a vector of relative prices. Money prices represent the value that goods already have, and money itself merely facilitates the process of exchange without altering it in any important way.

Keynes of course was not the first to insist on a deeper role for money. Along with Marx, there is a long counter tradition that approaches economic problems as an open ended process of transformation rather than the allocation of existing goods, and that recognizes the critical role of money in organizing this process. These include the “Army of brave heretics and cranks” Keynes acknowledges as his predecessors.

One of the pioneers in this army was John Law. Law is remembered today mainly for the failure of his fiat currency proposals (and their contribution to the fiscal troubles of French monarchy), an object lesson for over-ambitious monetary reformers. But this is unfair. Unlike most other early monetary reformer, Law had a clearly articulated theory behind his proposals. Schumpeter goes so far as to put him “in the front rank of monetary theorists of all times.” 

Law’s great insight was that money is not simply a commodity whose value comes from its non-monetary uses. Facilitating exchange is itself a very important function, which makes whatever is used for that purpose valuable even if it has no other use. 

“Money,” he wrote, “is not the Value for which goods are exchanged, but the Value by which goods are exchanged.” The fact that money’s value comes from its use in facilitating exchange, and not merely from the labor and other real resources embodied in it, means that a scarcity of money need not reflect any physical scarcity. In fact, the scarcity of money itself may be what limits the availability of labor: “’tis with little success Laws are made, for Employing the Poor or Idle in Countries where Money is scarce.”

Law here is imagining money as a way of organizing and mobilizing production.

If the capacity to pay for things — and make commitments to future payments — is valuable, then the community could be made better off by providing more of it. Law’s schemes to set up credit-money issuing banks – in Scotland before the more famous efforts in France – were explicitly presented as programs for economic development.

Underlying this project is a recognition that is central to the monetary production view; the organization of production through exchange is not a timeless fact of human existence, but something that requires specific institutional underpinning — which someone has to provide. Like Alexander Hamilton’s similar but more successful  interventions a half century later, Law envisioned the provision of abundant liquidity as part of a broader project of promoting commerce and industry.

This vision was taken up a bit later by Thornton and the anti-bullionists during the debates over suspension of gold convertibility during and after the Napoleonic Wars. A subsequent version was put forward by the mid-19th century Banking School and its outstanding figure, Thomas Tooke — who was incidentally the only contemporary bourgeois economist who Karl Marx seems to have admired — and by thinkers like Walter Bagehot, who built their theory on first hand experience of business and finance.

A number of lines divide these proto-Keynesian writers from the real-exchange orthodoxy.

To begin with, there is a basic difference in how they think of money – rather than a commodity or token that exists in a definite quantity, they see it as a form of record-keeping, whose material form is irrelevant. In other words credit, the recording of promises, is fundamental; currency as just one particular form of it.

Second, is the question of whether there is some simple or “natural” rule that governs the behavior of monetary or credit, or whether they require active management. In the early debates, these rules were supposed to be gold convertibility or the real bills doctrine; a similar intellectual function was performed by Milton Friedman’s proposed money-supply growth rule in the 20th century or the Taylor Rule that is supposed to govern monetary policy today. On the other side, for these thinkers, “money cannot manage itself,” in Bagehot’s famous phrase.

Third, there is the basic question of whether money is a passive reflection of an already existing real economy, or whether production itself depends on and is organized by money and credit. In other words, the conception of money is inseparable from how the non-monetary economy is imagined. In the real-exchange vision, there is a definite quantity of commodities already existing or potentially producible, which money at best helps to allocate. In the monetary production view, goods only come into existence as they are financed and paid for, and the productive capacity of the economy comes into being through an open-ended process of active development.

It’s worth quoting Bagehot’s Lombard Street for an example:

The ready availability of credit for English businesses, he writes, 

gives us an enormous advantage in competition with less advanced countries — less advanced, that is, in this particular respect of credit. In a new trade English capital is instantly at the disposal of persons capable of understanding the new opportunities… In countries where there is little money to lend, … enterprising traders are long kept back, because they cannot borrow the capital without which skill and knowledge are useless. … The Suez Canal is a curious case of this … That London and Liverpool should be centres of East India commerce is a geographic anomaly … The main use of the Canal has been by the English not because England has rich people … but because she possesses an unequalled fund of floating money.

The capacity for reorganization is what matters, in other words. The economic problem is not a scarcity of material wealth, but of institutions that can rapidly redirect it to new opportunities. For Bagehot as for Keynes, the binding constraint is coordination.

It is worth highlighting that there is something quietly radical in Bagehot’s argument here. The textbooks tell us that international trade is basically a problem of the optimal allocation of labor, land and other material resources, according to countries’ inherent capacities for production. But here it’s being claimed is not any preexisting comparative advantage in production, but rather the development of productive capacities via money; financial power allows a country to reorganize the international division of labor to its own advantage.

Thinkers like Bagehot, Thornton or Hamilton certainly had some success on policy level. For the development of central banking, in particular, these early expressions of of monetary production view played an important role.  But it was Keynes who developed these insights into a systematic theory of monetary production. 

Let’s talk first about the monetary side of this dyad.

The nature and management of money were central to Keynes’ interventions, as a list of his major works suggests – from Indian Currency Questions to the General Theory of Employment, Interest and Money. The title of the latter expresses not just a list of topics but a logical  sequence: employment is determined by the interest rate, which is determined by the availability of money.

One important element Keynes adds to the earlier tradition is the framing of the services provided by money as liquidity. This reflects the ability to make payments and satisfy obligations of all kinds, not just the exchange of goods focused on by Law and his successors. It also foregrounds the need for flexibility in the face of an unknown future.

The flip side of liquidity —  less emphasized in his own writings but very much by post Keynesians like Hyman Minsky — is money’s capacity to facilitate trust and promises. Money as a social technology provides offers flexibility and commitment.

The fact that bank deposit — an IOU — will be accepted by anyone is very desirable for wealth owner who wants to keep their options open. But also makes bank very useful to people who want to make lasting commitments to each other, but who don’t have a direct relationship that would allow them to trust each other. Banks’ fundamental role is “acceptance,” as Minsky put it – standing in as a trusted third party to make all kinds of promises possible. 

Drawing on his experience as a practitioner, Keynes also developed the idea of self-confirming expectations in financial markets. Someone buying an asset to sell in the near term is not interested in its “fundamental” value – the long-run flow of income it will generate – but in what other market participants will think is its value tomorrow. Where such short-term speculation dominates, asset prices take on an arbitrary, self-referential character. This idea is important for our purposes not just because it underpins Keynes’ critique of the “insane gambling casinos” of modern financial markets, but because it helps explain the autonomy of financial values. Prices set in asset markets — including, importantly, the interest rate — are not guide to any real tradeoffs or long term possibilities. 

Both liquidity and self-confirming conventions are tied to a distinctive epistemology , which emphasizes the fundamental unknowability of the future. In Keynes’ famous statement in chapter 12 of the General Theory,

By ‘uncertain’ knowledge … I do not mean merely to distinguish what is known for certain from what is only probable.  The sense in which I am using the term is that in which the prospect of a European war is uncertain, … About these matters there is no scientific basis on which to form any calculable probability whatever. We simply do not know!

Turning to the production side, taking the he monetary-production view means that neither the routine operation of capitalist economies nor the choices facing us in response to challenges like climate change should be seen in terms of scarcity and allocation.

The real-exchange paradigm sees production as non-monetary process of transforming inputs into outputs through a physical process we can represent as a production function. We know if we add this much labor and this much “capital” at one end, we’ll get this many consumption goods at the other end; the job of market price is to tell us if it is worth it.  Thinking instead in terms of monetary production does not just mean adding money as another input. It means reconceiving the production process. The fundamental problem is now coordination — capacity for organized cooperation. 

I’ve said that before. Let me now spell out a little more what I mean by it. 

To say that production is an open ended collective activity  of transforming the world, means that its possibilities are not knowable in advance. We don’t know how much labor and machinery and raw materials it will take to produce something new — or something old on an increased scale — until we actually do it. Nor do we know how much labor is potentially available until there’s demand for it.

We see this clearly in a phenomenon that has gotten increasing attention in macroeconomic discussions lately — what economists call hysteresis. In textbook theories, how much the economy is capable of producing — potential output — does not depend on how much we actually do produce There are only so many resources available, whether we are using them or not. But in reality, it’s clear that both the labor force and measured productivity growth are highly sensitive to current demand. Rather than a fixed number of people available to work, so that employing more in one area requires fewer working somewhere else, there is an immense, in practice effectively unlimited fringe of people who can be drawn into the labor force when demand for labor is strong. Technology, similarly, is not given from outside the economy, but develops in response to demand and wage growth and via investment. 

All this is of course true when we are asking questions like, how much of our energy needs could in principle be met by renewable sources in 20 years? In that case, it is abundantly clear that the steep fall in the cost of wind and solar power we’ve already seen is the result of increased demand for them. It’s not something that would have happened on its own. But increasing returns and learning by doing are ubiquitous in real economies. In large buildings, for instance, the cost of constructing later floors is typically lower than the cost of constructing earlier ones. 

In a world where hysteresis and increasing returns are important, it makes no sense to think in terms of a fixed amount of capacity, where producing more of one thing requires producing correspondingly less of something else. What is scarce, is the capacity to rapidly redirect resources from one use to a different one.

A second important dimension of the Keynesian perspective on production is that it is not simply a matter of combining material inputs, but happens within discrete social organisms. We have to take the firm seriously as ongoing community embodying  multiple social logics. Firms combine the structured cooperation needed for production; a nexus of payments and incomes; an internal hierarchy of command and obedience; and a polis or imagined community for those employed by or otherwise associated with it.

While firms do engage in market transactions and exist — in principle at least — in order to generate profits, this is not how they operate internally. Within the firm, the organization of production is consciously planned and hierarchical. Wealth owners, meanwhile,  do not normally own capital goods as such, but rather financial claims against these social organisms.

When we combine this understanding of production with Keynesian insights into money and finance , we are likely to conclude, as Keynes himself did, that an economy that depends on long-lived capital goods (and long-lived business enterprises, and scientific knowledge) cannot be effectively organized through the pursuit of private profit. 

First, because the profits from these kinds of activities depend on developments well off in the future that cannot cannot be known with any confidence. 

Second, because these choices are irreversible — capital goods specialized and embedded in particular production processes and enterprises. (Another aspect of this, not emphasized by Keynes, but one which wealth owners are very conscious of, is that wealth embodied in long-lived means of production can lose its character as wealth. It may effectively belong to the managers of the firm, or even the workers, rather than to its notional owners.) Finally, uncertainty about the future amplifies and exacerbates the problems of coordination. 

The reason that many potentially valuable  activities are not undertaken is not that they would require real resources that people would prefer to use otherwise. It is that people don’t feel they can risk the irreversible commitment those activities would entail. Many long-lived projects that would easily pay for themselves in both private and social terms are not carried out, because an insufficient capacity for trustworthy promises means that large-scale cooperation appears too risky to those in control of the required resources, who prefer to keep their their options open. 

Or as Keynes put it: “That the world after several millennia of steady individual saving, is so poor as it is in accumulated capital-assets, is to be explained neither by the improvident propensities of mankind, nor even by the destruction of war, but by the high liquidity- premiums formerly attaching to the ownership of land and now attaching to money.”

The problem, Keynes is saying, is that wealth owners prefer land and money to claims on concrete productive processes. Monetary production means production organized by money and in pursuit of money. But also identifies conflict between production and money.

We see this clearly in a development context, where — as Joe Studwell has recently emphasized — the essential first step is to break the power of landlords and close off the option of capital flight so that private wealth owners have no option but to hold their wealth as claims on society in the form of productive enterprises. 

The whole history of the corporation is filled with conflicts between the enterprise’s commitment to its own ongoing production process, and the desire of shareholders and other financial claimants to hold their wealth in more liquid, monetary form. The expansion or even continued existence of the corporation as an enterprise requires constantly fending off the demands of the rentiers to get “their” money back, now. The “complaining participants” of the Dutch East India Company in the 1620s, sound, in this respect, strikingly similar to shareholder activists of the 1980s. 

Where privately-owned capital has worked tolerably well — as Keynes thought it had in the period before WWI, at least in the UK — it was because private owners were not exclusively or even mainly focused on monetary profit.

“Enterprise,” he writes, “only pretends to itself to be mainly actuated by the statements in its own prospectus, however candid and sincere. Only a little more than an expedition to the South Pole, is it based on an exact calculation of benefits to come. Thus if the animal spirits are dimmed and the spontaneous optimism falters, leaving us to depend on nothing but a mathematical expectation, enterprise will fade and die.” 

(It’s a curious thing that this iconic Keynesian term is almost always used today to describe financial markets, even though it occurs in a discussion of real investment. This is perhaps symptomatic of the loss of the production term of the monetary production theory from most later interpretations of Keynes.)

The idea that investment in prewar capitalism had depended as much on historically specific social and cultural factors rather than simply opportunities for profit was one that Keynes often returned to. “If the steam locomotive were to be discovered today,” he wrote elsewhere, “I much doubt if unaided private enterprise would build railways in England.”

We can find examples of the same thing in the US. The Boston Associates who pioneered textile factories in New England seem to have been more preserving the dominant social position of their interlinked families as in maximizing monetary returns. Schumpeter suggested that the possibility of establishing such “industrial dynasties” was essential to the growth of capitalism. Historians like Jonathan Levy give us vivid portraits of early American industrialists Carnegie and Ford as outstanding examples of animal spirits — both sought to increase the scale and efficiency of production as a goal in itself, as opposed to profit maximization.

In Keynes’ view, this was the only basis on which sustained private investment could work. A systematic application of financial criteria to private enterprise resulted in level of investment that was dangerously unstable and almost always too low. On the other hand — as emphasized by Kalecki but recognized by Keynes as well — a dependence on wealth owners pursuit of investment for its own sake required a particular social and political climate — one that might be quite inimical to other important social goals, if it could be maintained at all.

The solution therefore was to separate investment decisions from the pursuit of private wealth.  The call for the “more or less comprehensive socialization of investment” at the end of The General Theory, is not the throwaway line that it appears as in that book, but reflects a program that Keynes had struggled with and developed since the 1920s. The Keynesian political program was not one of countercyclical fiscal policy, which he was always skeptical of.  Rather it envisioned a number of more or less autonomous quasi-public bodies – housing authorities, hospitals, universities and so on – providing for the production of their own specific social goods, in an institutional environment that allowed them to ignore considerations of profitability.

The idea that large scale investment must be taken out of private hands was at the heart of Keynes’ positive program.

At this point, some of you may be thinking that that I have said two contradictory things. First,  I said that a central insight of the Keynesian vision is that money and credit are essential tools for the organization of production. And then, I said that there is irreconcilable conflict between the logic of money and the needs of production. If you are thinking that, you are right. I am saying both of these things.

The way to reconcile this contradiction is to see these as two distinct moments in a single historical process. 

We can think of money as a social solvent. It breaks up earlier forms of coordination, erases any connection between people.As the Bank of International Settlements economist Claudio Borio puts it: “a well functioning monetary system …is a highly efficient means of ‘erasing’ any relationship between transacting parties.” A lawyers’ term for this feature of money is privity, which “cuts off adverse claims, and abolishes the .. history of the account. If my bank balance is $100 … there is nothing else to know about the balance.”

In his book Debt, David Graeber illustrates this same social-solvent quality of money with the striking story of naturalist Ernest Thompson Seton, who was sent a bill by his father for all the costs of raising him. He paid the bill — and never spoke to his father again. Or as Marx and Engels famously put it, the extension of markets and money into new domains of social life has “pitilessly torn asunder the motley feudal ties that bound man to his “natural superiors”, and has left remaining no other nexus between man and man than naked self-interest, than callous “cash payment”.

But what they neglected to add is that social ties don’t stay torn asunder forever. The older social relations that organized production may be replaced by the cash nexus, but that is not the last step, even under capitalism. In the Keynesian vision, at least, this is a temporary step toward the re-embedding of productive activity in new social relationships. I described money a moment ago as a social solvent. But one could also call it a social catalyst.  By breaking up the social ties that formerly organized productive activity, it allows them to be reorganized in new and more complex forms.

Money, in the Keynesian vision, is a tool that allows promises between strangers. But people who work together do not remain strangers. Early corporations were sometimes organized internally as markets, with “inside contractors” negotiating with each other. But reliance on the callous cash payment seldom lasted for long.  Large-scale production today depends on coordination through formal authority. Property rights become a kind of badge or regalia of the person who has coordination rights, rather than the organizing principle in its own right.

Money and credit are critical for re-allocating resources and activity, when big changes are needed. But big changes are inherently a transition from one state to another. Money is necessary to establish new production communities but not to maintain them once they exist. Money as a social solvent frees up the raw material — organized human activity —  from which larger structures, more extensive divisions of labor, are built. But once larger-scale coordination established, the continued presence of this social solvent eating away at it, becomes destructive.

This brings us to the political vision. Keynes, as Jim Crotty emphasizes, consistently described himself as a socialist. Unlike some of his American followers, he saw the transformation of productive activity via money and private investment as being a distinct historical process with a definite endpoint.

There is, I think, a deep affinity between the Keynes vision of the economy as a system of monetary production, and the idea that this system can be transcended. 

If money is merely a veil, as orthodox economics imagines, that implies that social reality must resemble money. It is composed of measurable quantities with well-defined ownership rights, which can be swapped and combined to yield discrete increments of human wellbeing. That’s just the way the world is.  But if we see money as a distinct institution, that frees us to imagine the rest of life in terms of concrete human activities, with their own logics and structures. It opens space for a vision of the good life as something quite different from an endless accumulation of commodities – a central strand of Keynes’ thinking since his early study of the philosopher G. E. Moore.

 In contemporary debates – over climate change in particular – a “Keynesian” position is often opposed to a degrowth one. But as Victoria Chick observes in a perceptive essay, there are important affinities between Keynes and anti-growth writers like E. F. Schumacher. He looked forward to a world in which accumulation and economic growth had come to an end, daily life was organized around “friendship and the contemplation of beautiful objects,” and the pursuit of wealth would be regarded as “one of those semi-criminal, semi-pathological propensities which one hands over with a shudder to the specialists in mental disease.”

This vision of productive activity as devoted to its own particular ends, and of the good life as something distinct from the rewards offered by the purchase and use of commodities, suggests a deeper  affinity with Marx and the socialist tradition. 

Keynes was quite critical of what he called “doctrinaire State Socialism.” But his objections, he insisted, had nothing to do with its aims, which he shared. Rather, he said, “I criticize it because it misses the significance of what is actually happening.” In his view, “The battle of Socialism against unlimited private profit is being won in detail hour by hour … We must take full advantage of the natural tendencies of the day.” 

From Keynes’ point of view, the tension between the logic of money and the needs of production was already being resolved in favor of the latter.  In his 1926 essay “The End of Laissez Faire,” he observed that “one of the most interesting and unnoticed developments of recent decades has been the tendency of big enterprise to socialize itself.” As shareholders’ role in the enterprise diminishes, “the general stability and reputation of the institution are more considered by the management than the maximum of pro

A shift from production for profit to production for use — to borrow Marx’s language — did not necessarily require a change in formal ownership. The question is not ownership as such, but the source of authority of those managing the production process, and the ends to which they are oriented. Market competition creates pressure to organize production so as to maximize monetary profits over some, often quite short, time horizon. But this pressure is not constant or absolute, and it is offset by other pressures. Keynes pointed to the example of the Bank of England, still in his day a private corporation owned by its shareholders, but in practice a fully public institution.

Marx himself had imagined something similar:

As he writes in Volume III of Capital, 

Stock companies in general — developed with the credit system — have an increasing tendency to separate … management as a function from the ownership of capital… the mere manager who has no title whatever to the capital, … performs all the real functions pertaining to the functioning capitalist as such, … and the capitalist disappears as superfluous from the production process. 

The separation of ownership from direction or oversight of production in the corporation is, Marx argues, an important step away from ownership as the organizing principle of production.  “The stock company,” he continues, “is a transition toward the conversion of all functions… which still remain linked with capitalist property, into mere functions of associated producers.” 

In short, he writes, the joint stock company represents as much as the worker-owned cooperative “the abolition of the capitalist mode of production within the capitalist mode of production itself.” 

It might seem strange to imagine the tendency toward self-socialization of the corporation when examples of its subordination to finance are all around us. Sears, Toys R Us, the ice-cream-and-diner chain Friendly’s – there’s a seemingly endless list of functioning businesses purchased by private equity funds and then hollowed out or liquidated while generating big payouts for capital owners. Surely this is as far as one could get from Keynes’ vision of an inexorable victory of corporate socialism over private profit? 

But I think this is a one-sided view. I think it’s a mistake — a big mistake — to identify the world around us as one straightforwardly organized by markets, the pursuit of profit and the logic of money.

As David Graeber emphasized, there is no such thing as a capitalist economy, or even a capitalist enterprise.  In any real human activity, we find distinct social logics, sometimes reinforcing each other, sometimes in contradiction. 

We should never imagine world around us — even in the most thoroughly “capitalist” moments — is simply the working out of a logic pdf property, prices and profit. Contradictory logics at work in every firm — even the most rapacious profit hungry enterprise depends for its operations on norms, rules, relationships of trust between the people who constitute it. The genuine material progress we have enjoyed under capitalism is not just due to the profit motive but perhaps even more so in spite of it. 

One benefit of this perspective is it helps us see broader possibilities for opposition to the rule of money. The fundamental political conflict under capitalism is not just between workers and owners, but between logic of production process and of private ownership and markets. Thorstein Veblen provocatively imagined this latter conflict taking the form of a “soviet of engineers” rebelling against “sabotage” by financial claimants. A Soviet of engineers may sound fanciful today, but conflicts between the interests of finance and the needs of productive enterprise — and those who identify with them — are ongoing. 

Teaching and nursing, for example, are the two largest occupations that require professional credentials.But teachers and nurses are also certainly workers, who organize as workers — teachers have one of the highest unionization rates of any occupation. In recent years, this organizing can be quite adversarial, even militant. We all recall waves of teacher strikes in recent years — not only in California but in states with deeply anti-union politics like West Virginia, Oklahoma, Arizona and Kentucky. The demands in these strikes have been  workers’ demands for better pay and working conditions. But they have also been professionals’ demands for autonomy and respect and the integrity of their particular production process. From what I can tell, these two kinds of demands are intertwined and reinforcing.

This struggle for the right to do one’s job properly is sometimes described as “militant professionalism.” Veblen may have talked about engineers rather than teachers, but this kind of politics is, I think, precisely what he had in mind. 

More broadly, we know that public sector unions are only effective when they present themselves as advocates for the public and for the users of the service they provide, and not only for their members as workers. Radical social service workers have fought for the rights of welfare recipients. Powerful health care workers unions, like SEIU 1199 in New York, are successful because they present themselves as advocates for the health care system as a whole. 

On the other side, I think most of us would agree that the decline or disappearance of local news outlets is a real loss for society. Of course, the replacement of newspapers with social media and search engines isn’t commodification in the straightforward sense. This is a question of one set of for-profit businesses being displaced by another. But on the other hand, newspapers are not only for-profit businesses. There is a distinct professional ethos of journalism, that developed alongside journalism as a business. Obviously the “professional conscience” (the phrase is Michelet’s) of journalists was compatible with the interests of media businesses. But it was not reducible to them. And often enough, it was in tension with them. 

I am very much in favor of new models of employee-owned, public and non-profit journalism. Certainly there is an important role for government ownership, and for models like Wikipedia. But I also think — and this is the distinct contribution of the Keynesian socialist — that we should not be thinking only in terms of payments and ownership. The development of a distinct professional norms for today’s information sector is independently valuable and necessary, regardless of who owns new media companies. It may be that creating space for those norms is the most important contribution that alternative ownership models can make 

For a final example of this political possibilities of the monetary-production view, we can look closer by, to higher education, where most of us in this room make our institutional home. We have all heard warnings about how universities are under attack, they’re being politicized or corporatized, they’re coming to be run more like businesses. Probably some of us have given such warnings. 

I don’t want to dismiss the real concerns behind them. But what’s striking to me is how much less often one hears about the positive values that are being threatened. Think about how often you hear people talk about how the university is under attack, is in decline, is being undermined. Now think about how often you hear people talk about the positive values of intellectual inquiry for its own sake that the university embodies. How often do you hear people talk about the positive value of academic freedom and self-government, either as specific values of the university or as models for the broader society? If your social media feed is like mine, you may have a hard time finding examples of that second category at all.

Obviously, one can’t defend something from attack without at some point making the positive case that there is something there worth defending. But the point is broader than that. The self-governing university dedicated to education and scholarship and as ends in themselves, is not, despite its patina of medieval ritual, a holdover from the distant past. It’s an institution that has grown up alongside modern capitalism. It’s an institution that, in the US especially, has greatly expanded within our own lifetimes. 

If we want to think seriously about the political economy of the university, we can’t just talk about how it is under attack. We must also be able to talk about how it has grown, how it has displaced social organization on the basis of profit. (We should note here the failure of the for-profit model in higher education.) We should of course acknowledge the ways in which higher education serves the needs of capital, how it contributes to the reproduction of labor power. But we also should acknowledge all the ways that is more than this.

When we talk about the value of higher education, we often talk about the products — scholarship, education. But we don’t often talk about the process, the degree to which academics, unlike most other workers, manage our own classrooms according to our own judgements about what should be taught and how to effectively teach it. We don’t talk about how, almost uniquely in modern workplaces, we the faculty employees make decisions about hiring and promotion collectively and more or less democratically. People from all over the world come to study in American universities. It’s remarkable — and remarkably little discussed — how this successful export industry is, in effect, run by worker co-ops.

 At this moment in particular, it is vitally important that we make the case for academic freedom as a positive principle. 

Let me spell out, since it may not be obvious, how this political vision connects to the monetary production vision of the economy that I was discussing earlier. 

The dominant paradigm in economics — which shapes all of our thinking, whether we have ever studied economics in the classroom — is what Keynes called, I distinction to his own approach, the real exchange vision. From the real-exchange perspective, money prices  and payments are a superficial express of pre-existing qualities of things — that they are owned by someone, that they take a certain amount of labor to produce and have a definite capacity to satisfy human needs. From this point of view, production is just a special case of exchange. 

It’s only once we see money as an institution in itself, a particular way of organizing human life, that we can see production as something distinct and separate from it. That’s what allows us to see the production process itself, and the relationships and norms that constitute it, as a site of social power and a market on a path toward a better world. The use values we socialists oppose to exchange value exist in the sphere of production as well as consumption. The political demands that teachers make as teachers are not legible unless we see the activity they’re engaged in in terms other than equivalents of money paid and received.

I want to end by sketching out a second political application of this vision, in the domain of climate policy

First, decarbonization will be experienced as an economic boom. Money payments, I’ve emphasized, are an essential tool for rearranging productive activity, and decarbonizing will require a great deal of our activity to be rearranged. There will be major changes in our patterns of production and consumption, which in turn will require substantial changes to our means of production and built environment. These changes are brought about by flows money. 

Concretely: creating new means of production, new tools and machinery and knowledge, requires spending money. Abandoning old ones does not. Replacing existing structures and tools and techniques faster than they would be in the normal course of capitalist development, implies an increase in aggregate money expenditure. Similarly, when a new or expanding business wants to bid workers away from other employment, they have to offer a higher wage than an established business needs to in order to retain its current workers. So a rapid reallocation of workers implies a faster rise in money wages.

So although decarbonization will substantively involve a mix of expansions of activity in some areas and reduction of activity in others, it will increase the aggregate volume of money flows. A boom in this sense is not just a period of faster measured growth, but a period in which demand is persistently high relative to the economy’s productive potential and tight labor markets strengthen the bargaining position of workers relative to employers – what is sometimes called a “high-pressure economy.” 

Second. There is no tradeoff between decarbonization and current living standards. Decarbonization is not mainly a matter of diverting productive activity away from other needs, but mobilizing new production, with positive spillovers toward production for other purposes.

Here again, there is a critical difference between the monetary-production and the real-exchange views of the economy. In the real-exchange paradigm, we possess a certain quantity of “means.” If we choose to use some of them to reduce our carbon emissions, there will be less available for everything else. But when we think in terms of social coordination organized in large part through money flows, there is no reason to think this. There is no reason to believe that everyone who is willing and able to work is actually working, or people’s labor is being used in anything like its best possible way for the satisfaction of real human needs. Nor are relative prices today a good guide to long-run social tradeoffs. 

Third.  If we face a political conflict involving climate and growth, this will come not because decarbonization requires accepting a lower level of growth, but because it will entail faster economic growth than existing institutions can handle. Today’s neoliberal macroeconomic model depends on limiting economic growth as a way of managing distributional conflicts. Rapid growth under decarbonization will be accompanied by disproportionate rise in wages and the power of workers. Most of us in this room will probably see that as a desirable outcome. But it will inevitably create sharp conflicts and resistance from wealth owners, which need to be planned for and managed. Complaints about current “labor shortages” should be a warning call on this front.

Fourth. There is no international coordination problem — the countries that move fastest on climate will reap direct benefits.

An influential view of the international dimension of climate policy is that “free riding … lies at the heart of the failure to deal with climate change.” (That is William Nordhaus, who won the Nobel for his work on the economics of climate change.) Individual countries, in this view, bear the full cost of decarbonization measures but only get a fraction of the global benefits, and countries that do not engage in decarbonization can free-ride on the efforts of those that do.

A glance at the news should be enough to show you how backward this view is. Do Europeans look at US support for the wind, solar and battery industries, or the US at China’s support for them, and say, “oh, what wonderfully public-spirited shouldering of the costs of the climate crisis”? Obviously not.  Rather, they are seen as strategic investments which other countries, in their own national interest, must seek to match.

Fifth. Price based measures cannot be the main tools for decarbonization.

There is a widely held view that the central tool for addressing climate should be an increase in the relative price of carbon-intensive commodities, through a carbon tax or equivalent. I was at a meeting a few years ago where a senior member of the Obama economics team was also present. “The only question I have about climate policy,” he said, “is whether a carbon tax is 80 percent of the solution, or 100 percent of the solution.” If you’ve received a proper economics education, this is a very reasonable viewpoint. You’ve been trained to see the economy as essentially an allocation problem where existing resources need to be directed to their highest-value use, and prices are the preferred tool for that.

From a Keynesian perspective the problem looks different. The challenge is coordination — bottlenecks and the need for simultaneous advances in multiple areas. Markets can, in the long run, be very powerful tools for this, but they can’t do it quickly. For rapid, large-scale reorganization of activity, they have to be combined with conscious planning — and that is the problem. The fundamental constraint on decarbonization should not be viewed as the potential output of the economy, but of planning capacity for large-scale non-market coordination. 

If there is a fundamental conflict between capitalism and sustainability, I suggest, it is not because the drive for endless accumulation in money terms implies or requires an endless increase in material throughputs. Nor is it the need for production to generate a profit. There’s no reason why a decarbonized production process cannot be profitable. It’s true that renewable energy, with its high proportion of fixed costs, is not viable in a fully competitive market — but that’s a characteristic it shares with many other existing industries. 

The fundamental problem, rather, is that capitalism treats the collective processes of social production as the private property of individuals. It is because the fiction of a market economy prevents us from developing the forms of non-market coordination that actually organize production, and that we will need on a much larger scale. Rapid decarbonization will require considerably more centralized coordination than is usual in today’s advanced economies. Treatment of our collective activity to transform the world as if it belonged exclusively to whoever holds the relevant property rights, is a fundamental obstacle to redirecting that activity in a rational way. 

 

Seminar: Mareike Beck, Extroverted Financialisation: Banking on USD Debt

Published by Anonymous (not verified) on Tue, 09/04/2024 - 10:44am in

Political economy seminar

Extroverted Financialisation: Banking on USD Debt

Speaker: Mareike Beck, University of Warwick

When: Wednesday 17 April, 3-4pm, 2024

Where: A02 Social Sciences Building, Room 341, The University of Sydney, and Zoom

About the talk: I will speak about my new book, Extroverted Financialisation: Banking on USD Debt, forthcoming with Cambridge University Press. The book offers a new account of the Americanisation of global finance. It advances the concept of extroverted financialisation as an original framework to explain US-led financialisation. The paradigmatic case study of German universal banks is used to demonstrate that the transformation of global banking towards US-style finance should be understood as a response to a revolution in funding practices that originated in US money markets in the 1960s. This new way of funding led to the securitisation of USD debt and rapid globalisation of USD flows, which has fundamentally reshaped the competitive dynamics of global finance as this has empowered US banks over their European counterparts. I argue that this has caused German banks to partially uproot their operations from their own home markets to institutionalise themselves into US money markets. I show that to be able to compete with US financial institutions, German banks had to fundamentally transform the core of their own banking models towards US-style finance. This transformation not only led to the German banks’ speculative investments during the 2000s subprime mortgage crisis but also to rising USD dependency and, ultimately, their contemporary decline.

About the speaker: I am an Assistant Professor in International Political Economy at the University of Warwick. Previously, I was Leverhulme Early Career Fellow at King’s College London, after having finished my PhD at the University of Sussex. My research agenda focuses on the drivers and socio-economic impacts of financialisation at the global and everyday level. My work has addresses this in three inter-related areas. First, I am interested in a social history of global finance. My book project Extroverted Financialisation: Banking on USD Debt (under contract with Cambridge University Press) develops a novel conceptualisation, extroverted financialisation, to frame the US Americanisation of global finance. I am particularly interested in the uneven nature of the USD-based global financial architecture, and how this has shaped financial globalisation, innovations in on- and offshore finance, and financial instability. Secondly, using a feminist political economy approach, I investigate how everyday asset management and global asset management interact to produce various forms of asset-based inequalities in financialised economies. My third area of interest concerns creative and performative methodologies for knowledge exchange and impact. I regularly engage with civil society groups and local communities. For example, in May 2023, I directed and performed in an aerial acrobatics circus show that performed feminist political economy theorising of homes in their dual function as (1) an everyday living space and (2) a global financial asset.

The post Seminar: Mareike Beck, Extroverted Financialisation: Banking on USD Debt appeared first on Progress in Political Economy (PPE).

Clickbait capitalism – or, the return to libidinal political economy

Published by Anonymous (not verified) on Tue, 09/04/2024 - 6:00am in

Last year I published an edited volume called Clickbait Capitalism. The title came as a surprise, even to me. The book was meant to be called Libidinal Economies of Contemporary Capitalism. No one was interested in the volume until I changed the title. This surely tells us something about the publishing industry and how it likes to market the political-economic. A list of recently published books includes the following: Chokepoint Capitalism, Crack-up Capitalism, Cannibal Capitalism. Whatever next? One pundit on Twitter cut to the heart of the matter: “Why not ‘capitalist’ capitalism?” Anyway, I sent an email out to a few publishers: “I have a book manuscript called Clickbait Capitalism. Do you want to see it? Click here!” And just like that, they were interested. It was almost an accident. At the very least an experiment. There was no mention of clickbait whatsoever up until that point. Then suddenly it became the hook for the entire project.

In many ways, clickbait is a perfect title. It speaks directly to the intersection of money, technology, and desire. Clickbait suggests a cunning ruse to profit from unsavoury inclinations of one kind or another (FOMO, voyeurism, schadenfreude). Of course, clickbait usually ends in disappointment. The headline is a trick. The website is a con. You click away feeling cheated. I hope that is not the case with this book, which is more about the economies of desire taking shape around digital technology and finance than it is about clickbait per se. And I don’t think it will be the case, because the purpose of the trick here is to find a way of smuggling libidinal economy back into political economy discourse. And I do think there is something to be gained from putting this idea back into circulation. To give a sense of why, it is worth saying a few words about libidinal economy, about how the book is positioned in relation to the minor tradition of libidinal political economy, and about the scope of the volume in terms of the themes and approaches it covers.

First things first: What is “libidinal economy?” The phrase has its origins in Freud’s theory of psychical energy, or “libido”, and it underwent a decisive transformation during the mid-twentieth century as French intellectuals sought to stage an encounter between Freud and Marx. After this it becomes possible to speak about “libidinal political economy”. And the fundamental wager of this version of libidinal economy is that capitalism can be fruitfully engaged through the lens of desire.

To say that economy is a matter of desire means that it entails more than labour, production, or exchange; more than calculating costs and benefits. It is to say that economic life is organised by a range of unconscious processes and psychic drives. Libidinal political economy wants to bring these kinds of considerations to bear on economic analysis, to map “the flows of desire, the fears and anxieties, the loves and the despairs that traverse the social field”, as Foucault so memorably put it in the preface to Deleuze and Guattari’s Anti-Oedipus (p. xviii). When Lyotard published his own book on the theme, simply called Libidinal Economy, he went one step further: “Every political economy is libidinal” (p. 111). With this provocation, he meant to say not only that every mode of production is libidinal (feudalism, mercantilism, capitalism), but also that so too is any attempt to codify these theoretically (classical political economy, Marxist political economy, Keynesian economics). In other words, both the institutions and the concepts of contemporary capitalism must be read as vital aspects of its psychic life.

The aim with Clickbait Capitalism was to take Lyotard at his word and undertake just such a reading. To trace the psychological currents that underwrite the political and economic order of our times, even if libidinal-economic thinking is part of that order. I address this meta-theoretical level in my introduction to the volume, where I develop a preliminary account of the relations between libidinal economy and capitalism in three ways. First, by positioning libidinal economy at the intersection of economic and psychological thought. Second, by relating the development of libidinal-economic thought to the historical development of capitalism. And third, by emphasising the role of libidinal dynamics in the social reproduction of contemporary capitalism.

This is not the place to unpack each of these points in detail, but here are the headlines.

  1. Libidinal economy can be understood in scientific terms as marking out an intermediary space between psychoanalysis and political economy (or psychology and economics). But the story of libidinal economy stretches further back than Freud, entailing a circulation of metaphors between a much wider range of discourses. For this reason, a fully-fledged discipline of libidinal political economy is elusive, and perhaps not even desirable anyway.
  2. Libidinal economy is implicated in the story of how capitalism puts desire to work. The development of consumer capitalism was decisively shaped by psychoanalysis, which provided practical tools for the mass production of subjectivity alongside the mass production of commodities. It also, in its more radical form after 1968, helped to produce a form of economy that thrived on doing away with many of the repressive characteristics of industrial capitalism. Liberation from the family, from the factory, from lifelong careers and fixed identities; these legacies of libidinal economy also fuel the so-called desiring-machines of contemporary capitalism.
  3. Contemporary thought in this tradition revisits and replays many prior aspects of libidinal economy, including the signal moods attached to these. From Mark Fisher’s depressive libidinal economy to the manic revamped accelerationism now popular amongst tech bros; from the idea of a “world without desire” (Pettman 2020) to the idea of a “world without capital” (Fisher 2021). These are all familiar refrains and there are plenty of people out there ready and willing to continue cycling through these. And that is not a pursuit entirely devoid of value. But what if there was something to be gained by reformulating the underlying coordinates of libidinal economy too?

Consider again, then, the suggestion that “every political economy is libidinal”. Libidinal political economy wants to grapple with the libidinal dynamics of capitalism, yet it remains beholden to a very specific concept of economy derived from Marx. Why? There is simply no good reason to limit the economic concepts of libidinal economy to those associated with the rise of industrial capitalism. What is wanted, then, is a libidinal political economy fit for the analysis of contemporary capitalism, ready to engage its latest logics and symptoms, even if remains ensnared within them.

There have been some such attempts already, mostly scattered across the fringes of the social sciences. In International Political Economy, a sustained effort has been made to articulate a version of libidinal economy that draws on the ideas of heterodox institutionalists like Veblen and Commons (Amin and Palan 2001; Gammon and Palan 2006; Gammon and Wigan 2013). Meanwhile, a small but growing body of research has emerged that brings questions of libidinal economy to bear on contemporary issues, providing psychoanalytically-informed accounts of financial crisis, globalisation, and international development (Bennett 2012; Kapoor 2018, 2020; Kapoor et al. 2023). Clickbait Capitalism builds on and contributes toward the further development of a libidinal political economy along both these lines – the theoretical and the empirical – by focusing attention on the role played by desire in capitalism’s ongoing social reproduction.

In order to do this, the book brings together a motley crew of thinkers: recovering economists, geographers and development theorists, a clinical psychiatrist, political economy scholars of various stripes. The commentary is informed throughout by psychoanalytic theories of desire and the unconscious, but the broader approach adopted is one of theoretical pluralism. The book therefore mobilises a range of perspectives on desire, but also on economy, and on their relation to and interplay with one another through social institutions. Along the way, contributors draw on the ideas of Freud and Marx, Lacan and Veblen, Deleuze and Minsky, and others too. In empirical terms, the book aims to open such perspectives out onto a broader set of economic categories and themes than has normally been the case, and especially those that seem to be emerging as the calling cards of twenty-first-century capitalism. In particular, those linked to digital technology and finance.

The organisation of the volume as a whole reflects this scope and ambition. Perennial questions of death, sex, aggression, enjoyment, despair, hope, and revenge are followed onto the terrain of the contemporary, with chapters devoted to social media, online dating apps, cryptocurrencies, NFTs, and meme stocks. The book unfolds in three phases. The first returns to the primal scenes of libidinal economy, connecting these to fundamental concerns in heterodox institutional economics. The second phase of the book puts libidinal-economic concepts into dialogue with structural features of contemporary capitalism, understood through the broad categories of technological change and social stratification. The book’s third phase engages contemporary forms of politics through the lens of hope and despair, offering a series of reflections on everyday responses to financial domination.

There are points of conflict between some of the chapters, which veer between different conceptions of the social and the psychic, not to mention different conceptions of economy and of capital. But the point is not to somehow resolve these differences into a unified perspective. Capitalism’s libidinal economies are unpredictable and unlikely to be mastered by systemic theorising. Instead, I like to think of the book as offering a modernist portrait of sorts; a portrait of the latest institutions to channel and reconfigure the psychic energies of political and economic life.

The book is obscenely expensive and quietly seductive. Could there be a better way to stage this return to libidinal political economy? You tell me.

The post Clickbait capitalism – or, the return to libidinal political economy appeared first on Progress in Political Economy (PPE).

The Wealth of a Nation: Institutional Foundations of English Capitalism – review

Published by Anonymous (not verified) on Mon, 08/04/2024 - 9:17pm in

In The Wealth of a Nation: Institutional Foundations of English CapitalismGeoffrey Hodgson traces the roots of modern capitalism to financial and legal institutions established in England in the 17th and 18th centuries. Hodgson’s astute historical analysis foregrounds the alienability of property rights as a key condition of capitalism’s rise to supremacy, though it leaves questions around the social dimensions of the free market system unanswered, writes S M Amadae.

The Wealth of a Nation: Institutional Foundations of English Capitalism. Geoffrey M. Hodgson. Princeton University Press. 2024.

Book cover of The Wealth of a Nation by Geoffrey Hodgson showing a painting of people, horses and a factory emitting smoke against a sunset sky.English capitalism was built on empire and slavery…State intervention and slavery are examples of impurities within capitalism. Impurities can be necessary or contingent for the system. Some state intervention was arguably necessary, but slavery was not. (13)

Countering conventional understandings of capitalism, Geoffrey Hodgson contends that “Secure property rights were not enough,” because “[m]ore wealth had to become alienable and usable as collateral for borrowing and financing investment” (119). Hodgson’s The Wealth of a Nation: Institutional Foundations of English Capitalism is a welcome contribution to heterodox economics that incorporates historical excavation and theoretical analysis to provide refreshing nuance to established accounts of the rise of capitalism. Hodgson provides historical details of Great Britain’s early modern property rights and finance institutions, building on his previous works and covering a dense corpus of theories and data going back to Adam Smith’s 1776 Wealth of Nations. Hodgson’s analysis of the financial origins of English capitalism focuses on types of property rights from 1689 to 1760 and varieties of financial credit supporting British industrialisation between 1760 and 1830. While readers can expect a perceptive analysis of the origins of British capitalism, they should not expect a critique of the social dimensions of the free market system.

The Wealth of a Nation […] incorporates historical excavation and theoretical analysis to provide refreshing nuance to established accounts of the rise of capitalism.

Part II, “Explaining England’s Economic Development,” including Chapter Three “Land, Law, War,” Chapter Four “From the Glorious to the Industrial Revolution,” and Chapter Five “Finance and Industrialization,” carries the brunt of Hodgson’s argumentation. Three aspects of the book stand out. The first is his overarching argument that the central institution enabling the rise of modern political economy in England was finance: the ability to alienate the ownership of land and other property to serve as collateral for investment loans. The second is Hodgson’s heterodox economic analysis emphasising historical contingency (as opposed to universal laws); Darwinian Variation, Selection, Replication (203-206); and the role of institutions. The third is Hodgson’s apparent embrace of capitalism. He celebrates the productive power of finance capital and industrial investment, but eschews a critical analysis of capitalism’s social consequences articulated by the likes of Karl Marx, John Maynard Keynes and Karl Polanyi.

[Hodgson] celebrates the productive power of finance capital and industrial investment, but eschews a critical analysis of capitalism’s social consequences

Hodgson engages the theories of Karl Marx, Douglass North and Barry Weingast and Deirdre McCloskey, criticising their arguments for being incomplete or flawed. Marx identified the exploitation of the working class by the bourgeoisie; he missed that changes in law preceded changes in the material base that ultimately consolidated bourgeois power. North and Weingast apprehend the importance of secure property rights but missed that these could encompass feudal property rights mandating primogeniture (oldest son inherits all property) and entailments rather than the new class of alienable property rights. McCloskey rightly focuses on ideas as a force for social evolution but misses the exigencies of paying for costly wars and the practical need for legal means to pay off sovereign debt.

The key underlying factor of the British Industrial Revolution from 1760-1830 was the ability to obtain finance.

Hodgson’s treatment is astute. The Dutch were leaders in public finance, and William III’s accession to the British throne in 1689 brought those practices into Britain (121). The period from 1689-1815 was one of “war capitalism” requiring that the state be efficient in raising taxes. The state gained the right to create money by decree, and debt itself could be sold along with contractual obligations to repay the debt. Hodgson dates the financial revolution to 1660-1760 (135) and associates the growing sovereign debt with the need to finance war efforts. The key underlying factor of the British Industrial Revolution from 1760-1830 was the ability to obtain finance. Hodgson challenges the conventional view that entrepreneurs obtained loans from family and friends. His argument rests on documenting that investors were able to stake collateral for their loans. He presents evidence on mortgages, such as for canals, and the rising ratio of capital existing as financial assets versus as physical assets. The British banking system had to adapt to offer credit for investment because the central bank was focused on financing sovereign debt for war efforts.

Hodgson redirects attention from the security of property rights to their alienability as the driving institutional invention critical for capitalism to emerge. Slaves represented a crucial category of this exchangeable type of property. Hodgson acknowledges that “By the end of the eighteenth century, slaves amounted to about a third of the capital value of all owned assets in the British Empire” (109). A sizeable category of alienable property in the early 18th century was that of slaves: £6.4 billion was land, buildings, animals, ships, equipment and other non-human assets, while £3 billion was slaves (2021 currency values, 149). Hodgson’s treatment of slaves’ contribution to the origins of what Adam Smith called the “system of natural liberty” is limited to their functional role as legally institutionalised property that could be alienated. Readers looking to heterodox economics to provide a critical stance on the origins of western free markets may seek more than Hodgson’s proposition that the institution of slavery was merely a contingent factor in the system’s rise. Hodgson acknowledges that the £20 million compensation paid to former slave owners for the 1833 Slavery Abolition Act stands as a historically unprecedented sum of liquid financial capital freely available for industrial investment in the 19th century.

The £20 million compensation paid to former slave owners for the 1833 Slavery Abolition Act stands as a historically unprecedented sum of liquid financial capital freely available for industrial investment in the 19th century.

In a twist of prevailing perception that the burden of debt is a form of bondage (eg David Graeber’s Debt, 2012), Hodgson frames indebtedness as the means of liberation to finance capital, which in turn drives economic growth. Hodson effectively defends Hernando De Soto’s property rights institutions to increase the welfare of the destitute by issuing land titles as a means to obtain credit. In a similar inversion of conventional sentiment, we can recall Adam Smith’s admonishment, counter to contemporary American libertarians, that tax, including poll tax, “is to the person who pays it a badge, not of slavery, but of liberty” because tax payers are subjects of government.

Hodgson adopts a Darwinian-inspired methodology based on variation, selection, and replication (the “V-S-R” system, 204).  The section “Applying Darwinism to Scientific and Economic Evolution,” (206) is conjectural. He observes that, “Some individuals were more successful than others, affecting their chances of survival and procreation” (207). He rejects either a material account or a mental account of agency. The latter refers to “folk psychology” which attributes action to individuals’ desires and beliefs. Hodgson follows the school of thought holding that human action occurs before intention is conscious or rationalised (189-190). He holds that habits and dispositions, rather than deliberately formed intentions, govern action and form the bedrock of institutions.

[Hodgson] holds that habits and dispositions, rather than deliberately formed intentions, govern action and form the bedrock of institutions.

How, then, do we assess the merits of, or the underlying affirming conditions for, either the institution of slavery or alienable property and financial capital? Hodgson observes that,

People often obey laws out of respect for authority and justice, and not because they calculate advantages and disadvantages of compliance. Dispositions to respect authority have evolved over millions of years because they aided cohesion and survival of primate and human groups (201).

Hodgson’s argument that alienable property and appropriate financial institutions for investment were a condition for the rise of capitalism in Britain is convincing. However, without a clear conceptualisation of effective human agency, other than that driven by dispositions and habits, we are left with the stubborn question of the extent to which capitalist institutions are either emancipatory or the best means to better the human condition.

Note: This post gives the views of the author, and not the position of the LSE Review of Books blog, or of the London School of Economics and Political Science.

Image: The painting Coalbrookdale by Night by Philippe Jacques de Loutherbourg depicting the Bedlam furnaces at Coalbrookdale in Shropshire, England. Credit: The Science Museum, London.

Is Bitcoin More Energy Intensive Than Mainstream Finance?

Published by Anonymous (not verified) on Thu, 21/03/2024 - 11:44pm in

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When it comes to Bitcoin, there’s one thing that almost everyone agrees on: the network sucks up a tremendous amount of energy. But from there, disagreement is the rule.

For critics, Bitcoin’s thirst for energy is self-evidently bad — the equivalent of pouring gasoline in a hole and setting it on fire. But for Bitcoin advocates, the network’s energy gluttony is the necessary price of having a secure digital currency. When judging Bitcoin’s energy demands, the advocates continue, keep in mind that mainstream finance is itself no model of efficiency.

Here, I think the advocates have a point.

If you want to argue that Bitcoin is an energy hog, you’ve got to do more than just point at its energy budget and say ‘bad’. You’ve got to show that this budget is worse than mainstream finance.

On this comparison front, there seems to be a vacuum of good information. For their part, crypto promoters are happy to show that Bitcoin uses less energy than the global banking system. But this result is as unsurprising as it is meaningless. Compared to Bitcoin, global finance operates on a vastly larger scale. So of course it uses more energy.

To be meaningful, any comparison between Bitcoin and mainstream finance must account for the different scales of the two systems. So instead of looking at energy alone, we need to look at energy intensity — the energy per unit of circulating currency. That’s what I’ll do here. In this post, I compare the energy intensity of Bitcoin to the energy intensity of mainstream US finance.

Which system comes out on top? The results may surprise you.

Proof of energy wasted

Although many people know that the Bitcoin network uses lots of electricity, the reasons for this energy appetite remain widely misunderstood. So before we get to the energy data, it’s worth pausing for a brief primer on how the Bitcoin network works.

For starters, the Bitcoin network is nothing but a database — a monetary ledger that records transactions of digital currency. For their part, banks have a similar ledger that tracks how their customers spend money. With banks, however, the database is private and under their exclusive command. Not so with Bitcoin. Think of the Bitcoin database like the banking equivalent of Wikipedia. Anyone can read the ledger, and anyone can (in principle) write to it.

Admittedly, this latter part sounds crazy. If anyone can write to the Bitcoin ledger, it means fraud should be pervasive. (Why write a legitimate transaction when you can write a fraudulent one that benefits you?) And that’s precisely why write access to Bitcoin’s database comes with a caveat. To write transactions to the Bitcoin ledger, you must demonstrate that you’ve paid a toll. The purpose of this toll is simple: it makes writing to the ledger so expensive that fraud doesn’t payoff.

Now here’s the interesting part. On the Bitcoin network, the toll is computational. To gain write access to the database, Bitcoin users must demonstrate that they’ve solved a computationally intensive puzzle. Importantly, the only purpose of this puzzle is to prove to the community that you’ve wasted significant amounts of energy — so much energy that fraud becomes impractical.

Now in crypto circles, this approach is know as ‘proof-of-work’. To write a block of transactions to the blockchain (the ledger), you must prove that you’ve done the work needed to solve a taxing hash problem. But since the ‘work’ is done exclusively by electricity-guzzling machines, the system is more aptly described as ‘proof-of-energy-wasted’. It is a system purposefully designed to waste electricity.

Keeping numbers scarce

Looking at Bitcoin’s built-in waste, critics see enormous ‘inefficiency’. But I think that’s presumptuous. Built-in waste is not unique to cryptocurrency. It’s part of all financial systems.

To see this waste, it helps to think about the nature of ‘money’. In the most basic sense, money is just a mathematical idea. It’s a set of accounting rules attached to a system of property rights. Now, since numbers cost nothing to conjure, there’s no physical reason to waste energy on money ‘creation’. Anyone can conjure money, anytime they want.

And that’s precisely the problem. Numbers are infinitely plentiful. But money must be scarce. It is this (artificial) scarcity that converts numbers into ‘currency’. Without it, monetary accounting quickly devolves into the children’s game of number conjuring:

“I have a thousand dollars,” says Alice.

“I have a million dollars,” says Bob.

“I have a billion dollars,” says Charlotte.

And so on, to infinity.

Adults may laugh at this childhood naivety, but the joke is on us. Numbers can be conjured at will, exactly as the children understand. But what the children don’t understand are the (arbitrary) monetary rules that adults have internalized. To make numbers behave like money, we create rules about how monetary values can be conjured. Break these rules and you haven’t ‘created’ money. You’ve forged it.

It’s with ‘forgery’ that energy enters the picture. You see, it requires energy to ensure that monetary numbers are not conjured freely.

Paper cash is a good example of this principle. In essence, cash is a number delivery mechanism — a way to give monetary numbers a physical form. Since it is the numbers (not the paper) that matter, the design of a cash bill could be utterly simple — nothing but a digit scrawled on a plain piece of paper. Yet despite this modest requirement, actual cash has an elaborate design. Why?

The purpose of cash’s intricate design is to waste energy. By giving cash a complicated look, governments enforce monetary scarcity by making number conjuring expensive. If counterfeiters want to print money, they have to waste energy copying the government’s design. Sure, a few counterfeiters will take the challenge. But for most people, the cost of mimicking government cash isn’t worth the payoff.

And let’s not forget the cost of getting caught. To maintain their monopoly over money creation, governments actively prosecute and punish ‘illegitimate’ number conjurers. Like Bitcoin’s proof-of-work mechanism, this penal system is nothing but designed-in waste. Its purpose is to maintain monetary scarcity by upping the cost of fraud.1

Turning from paper cash to currencies based on precious metal, the built-in waste is even more severe. To conjure metal-based money, we’re forced to rip rare elements from the Earth’s bowels. With gold, that means wasting about 1.5 megajoules of energy to conjure a single US dollar.2 It’s the antithesis of efficiency. And that’s the point. Gold is a universal currency precisely because it’s scarcity provides a way to reign in number conjuring. If there were some highly efficient method for creating gold — say alchemy — it would ruin gold’s monetary appeal.

With Bitcoin, the situation is similar. Bitcoin’s creator, the pseudonymous ‘Satoshi Nakamoto’, realized that money is simply an accounting ledger that keeps numbers scarce by enforcing a set of rules. How are the rules enforce? By wasting energy.

Looking at the prospect of a digital currency, Satoshi decided that it made sense for the scarcity-inducing waste to be computational. Hence we get Bitcoin’s use of ‘proof-of-work’ — a purposefully wasteful algorithm that is designed solely to enforce the rules of the monetary ledger.3

So does Bitcoin waste loads of energy? Absolutely. But so do all monetary systems. The important question, then, is whether Bitcoin’s waste budget is worse than other forms of currency. And that remains an open question.

Bitcoin’s energy appetite

Lifting the hood of the Bitcoin network, let’s now look at its energy demands. Figure 1 shows one of the more rigorous estimates of Bitcoin’s evolving energy budget.

The data comes from the Cambridge Bitcoin Electricity Consumption Index (CBECI), and works as follows. The CBECI first looks at the Bitcoin ‘hash rate’ — the rate that Bitcoin miners guess solutions to their proof-of-work puzzles. Next, the CBECI looks at the technology used for hashing and estimates its ‘efficiency’ — the hash output per unit of electricity input. Finally, the CBECI divides the hash rate by the hashing efficiency, giving an estimate for Bitcoin’s electricity budget.

In this calculation, the main unknown is the mix of hashing technology used by miners. The CBECI knows which technology is available (on the market), but not what’s actually employed. Hence there’s significant uncertainty in their energy estimate.

Fortunately, the growth of Bitcoin’s energy budget has been so spectacular that the surrounding uncertainty is relegated to background noise. Figure 1 shows the pattern. Over the last fourteen years, Bitcoin’s energy thirst has grown by a factor of a million. (The shaded region shows the uncertainty in this estimate.)

Figure 1: A growing glutton — the energy used by the Bitcoin network. Since its inception in 2010, the Bitcoin network’s energy use has grown dramatically. Here, I’ve plotted energy estimates from the Cambridge Bitcoin Electricity Consumption Index. Note that I’ve expressed the energy use as an annualized rate in units of primary energy equivalent. Also note the log scale on the vertical axis. [Sources and methods]

As of early 2024, Bitcoin’s energy budget stands at roughly one million Terajoules. No doubt this number sounds large. However, energy units are notorious for being unintuitive. So before we continue, it’s helpful to place Bitcoin’s energy consumption on a more understandable scale.

For their part, journalists like to point out that Bitcoin uses more energy than ‘entire countries’. It’s an apt comparison. Figure 2 show’s Bitcoins energy budget on the scale of various countries. When the Bitcoin network first got rolling, it used as much energy as the tiny island nation of Kiribati (population: 100,000). But today, Bitcoin uses as much energy as Sri Lanka (population: 20 million).

Figure 2: Bitcoin’s energy thirst on a country scale. This chart plots the same data as Figure 1, but replaces the Terajoule scale with a country-equivalent scale. Note that the vertical axis uses a log scale. [Sources and methods]

Endemic waste in mainstream finance

Now that we’ve estimated Bitcoin’s energy appetite, it’s time to do the same for its primary alternative — namely, mainstream finance. Here, things get more difficult.

The sticking point has to do with what system scientists call ‘boundaries’. To measure the energy used by a system, you’ve got to first define the boundaries where the system begins and ends. The more expansive your boundaries, the more energy you’ll end up counting.

Looking at the mainstream financial system, it’s not clear how we should define our energy boundaries. A tempting option is to simply reuse our Bitcoin method and sum the electricity use by banking computers. But I think this approach is a bad idea, because it misunderstands the difference between the two systems.

When you walk into a Bitcoin mining operation, you see nothing but energy-burning computers. But when you walk into a traditional bank, you see much more than that. Sure there are computers. But there’s also a brick-and-mortar office building. And most importantly, the bank is full of people. Collectively, the finance industry employees millions of people who are generally well paid. It’s here that we find mainstream finance’s primary form of waste.

Now that I’ve insulted everyone who works in finance, let me back up a bit. We’re not accustomed to treating people’s income as a form of ‘waste’. So let me make the connection.

Think of Bitcoin as a technology for automating monetary transactions. Instead of having a bureaucracy that manages the monetary ledger, Bitcoin lets computers do the job. As we’ve seen, this automation leads to the profligate use of electricity — energy which most of us would agree is ‘waste’. But if Bitcoin ‘wastes’ energy on automating transactions, it follows that mainstream finance ‘wastes’ energy on non-automation. It pays people to do a job that (conceivably) doesn’t need to be done.

So which system is more wasteful. Is it Bitcoin, with its thirst for computation? Or is it mainstream finance, with its reliance on millions of well-paid people?

For his part, Bitcoin’s creator thought that the answer was clear. In a 2009 email, Satoshi argued that Bitcoin would be an ‘order of magnitude’ more efficient than mainstream banking:

If [Bitcoin] did grow to consume significant energy, I think it would still be less wasteful than the labour and resource intensive conventional banking activity it would replace. The cost would be an order of magnitude less than the billions in banking fees that pay for all those brick and mortar buildings, skyscrapers and junk mail credit card offers.

Was Satoshi correct?

The energy budget of US finance

To judge Satoshi’s claims, we need to measure the energy budget of mainstream finance. Here’s how I’ll do it.

First, I’m going to focus on the US financial system. Second, I’ll assume that the energy used by this system stems from the lifestyles of the people it employs. Third, I’ll assume that people’s energy consumption is a function of their income.

Starting with income, we know that US financial corporations receive about 6% of total American earnings. Assuming this income gets spent on energy, it follows that US finance sucks up about 6% the US energy budget. That equates to about 7 million Terajoules of energy per year. Unsurprisingly, that’s far more energy than is consumed by the Bitcoin network. Figure 3 shows the comparison since 2010.

Figure 3: The energy appetite of US finance. While Bitcoin may be an energy glutton, so is US finance. This figure estimates the energy budget of US finance by assuming that finance’s share of US income indicates its share of US energy consumption. The red curve shows the resulting estimate. As of late 2023, US finance consumed about 10 times more energy than the Bitcoin network. Note that the vertical axis uses a log scale. [Sources and methods]

Disparate monetary magnitudes

If I was writing a Bitcoin puff piece, I’d stop here and proclaim Bitcoin’s great ‘efficiency’. But hopefully, you see why this proclamation is premature.

The problem is one of scale.

Mainstream US finance operates on a vastly larger scale than the Bitcoin network. So it’s unfair to directly compare the energy budgets of the two systems. To make a fair comparison, we’ve got to put Bitcoin and mainstream finance on the same footing, which means accounting for their different scales.

How should we do that? Well, since we’re talking about two different monetary systems, the obvious approach is to sum monetary value. In the case of the Bitcoin network, there are about 19.6 million bitcoins, each priced at roughly $68,000 USD. That pegs Bitcoins’ market value at roughly $1.3 trillion USD.

Turning to US finance, the monetary calculation is more complicated, largely because there are many different types of financial instruments. For example, if we take Bitcoin to be ‘just another asset’, then it makes sense to compare its value to the sea of US corporate assets. Looking only at US public corporations, that sea is valued at roughly $50 trillion USD.

Alternatively, we can treat Bitcoin as a ‘cash asset’. In this case, it makes sense to compare its value to the stock of US cash, most commonly measured in terms of the ‘M2’ stock of money. In what follows, I’ll take this latter approach. The idea (which many people will contest) is that Bitcoin aspires to be a universal currency.4

Using the M2 stock of dollars to measure the scale of US finance, Figure 4 shows the degree to which the mainstream financial system dwarfs the Bitcoin network. In 2010, the chasm was enormous — roughly seven orders of magnitude. And even after a decade of explosive growth, the Bitcoin network remains valued at roughly 20 times less than the M2 stock of US dollars.

Figure 4: Disparate monetary magnitudes. Despite explosive growth over the last decade, the dollar-value stock of Bitcoin remains about an order of magnitude smaller than the M2 stock of US dollars. Note that the vertical axis uses a log scale. [Sources and methods]

The energy intensity of Bitcoin relative to US finance

Now that we’ve measured both energy and monetary value, it’s time to combine the two measurements. Our goal is to create a fair way to contrast Bitcoin’s energy appetite with that of mainstream US finance. Our vehicle for this comparison will be the energy intensity of each system — the energy consumed per unit of circulating currency.5

To calculate Bitcoin’s energy intensity, we take its energy budget and divide by its market value (measured in US dollars):

\displaystyle \text{Bitcoin energy intensity} = \frac{ \text{Bitcoin energy use} }{ \text{Bitcoin market value} }

Likewise, for US finance, we take the energy consumed by US finance (the energy required to support the lifestyles of everyone who works in finance) and divide by the M2 stock of US dollars. The result is the energy intensity of mainstream finance:

\displaystyle \text{US finance energy intensity} = \frac{ \text{US finance energy use} }{ \text{M2 money stock of USD} }

The caveat is that when viewed in isolation, these energy-intensity estimates are useless. That’s because monetary value is only meaningful as a point of comparison. So the final step of our analysis will be to compare Bitcoin’s energy intensity to that of US finance:

\displaystyle \text{energy intensity ratio} = \frac{ \text{Bitcoin energy intensity} } { \text{US finance energy intensity} }

Plugging the data into our energy-intensity ratio gives the pattern shown in Figure 5. Immediately, we can dismiss Satoshi’s claim that Bitcoin is an ‘order of magnitude’ more efficient than mainstream finance. If anything, the opposite is true. Since 2010, the Bitcoin network has, on average, been about 13 times more energy intensive than mainstream US finance.

Figure 5: The energy intensity of Bitcoin relative to mainstream US finance. By accounting for monetary scale, this figure puts the energy budget of Bitcoin on equal footing with the energy budget of US finance. The blue curve shows the ratio between Bitcoin’s energy intensity and US finance’s energy intensity. I calculate Bitcoin’s energy intensity by dividing Bitcoin’s energy budget (Figure 1) by its market value (Figure 4). Similarly, I calculate the energy intensity of mainstream US finance by dividing its energy budget (Figure 3) by the US stock of M2 dollars (Figure 4). The shaded region indicates a plausible range for the energy-intensity ratio based on uncertainty in Bitcoin’s energy use. The blue line indicates the best guess. Note that the vertical axis uses a log scale. [Sources and methods]

Looking closely at Figure 5, we see that Bitcoin’s worst period of waste was early on. In 2010 — long before anyone complained that Bitcoin was wasting loads of energy — the network sucked up about 50 times the energy of mainstream finance (dollar for dollar). To put that number in context, if Bitcoin had been scaled up to replace the circulation of US dollars, the Bitcoin network would have use about 3 times more energy than the entire US population.6 Outrageous.

Energy parity … and beyond?

In Figure 5, the main story is that compared to US finance, Bitcoin has historically been significantly more energy intensive. But looking closely at the evidence, there’s a subplot that we shouldn’t ignore.

Over the last decade, it seems that the Bitcoin network has steadily closed the energy gap with US finance. Instead of being 50 times more energy intensive (as it was in 2010), today, Bitcoin is about 4 times more energy intensive. That’s a tenfold improvement. Intriguingly, if we project this improvement into the future, we find that Bitcoin may soon reach energy-intensity parity with US finance.

Figure 6 runs the numbers. A naive guess suggests that energy-intensity parity will arrive in the early 2030s. And if the trend continued, Bitcoin would then start to burn less energy (dollar for dollar) than US finance.7 Will this parity actually happen? Only time will tell.

Figure 6: Will Bitcoin reach energy-intensity parity with mainstream US finance? If we take historical data for the Bitcoin-to-USD energy-intensity ratio and fit it with a simple regression, we get the black line shown here. That line predicts that Bitcoin will reach energy-intensity parity with mainstream US finance sometime in 2032. Will this parity actually happen? We’ll have to wait and see. [Sources and methods]

Proof-of-stake: a less wasteful method for network consensus

They say that Bitcoin is ‘digital gold’. But unlike actual gold mining, there’s no physical reason that Bitcoin ‘miners’ must burn energy ‘harvesting’ bitcoins. The coins themselves are conjured numbers, and the ‘mining’ process is simply a software algorithm. And algorithms can be changed.

To recap, the function of Bitcoin ‘mining’ is to police the monetary ledger. Because Bitcoin has no governing institution, anyone is free to validate a transaction and write it to the ‘blockchain’. But that freedom also means anyone can commit fraud. The purpose of ‘mining’ is to stop fraud by making it so expensive that it’s impractical. To confirm a set of transactions, miners must demonstrate that they’ve wasted energy on a pointless computation. The reward for this ‘proof-of-work’ is a small amount of bitcoin.

As we’ve seen, the proof-of-work algorithm is no model of efficiency. It achieves consensus by wasting loads of energy. And that’s got cryptocurrency designers looking for different consensus-generating algorithms.

A promising alternative is a design called ‘proof-of-stake’. Here’s how it works.

Instead of letting users compete to validate transactions, the proof-of-stake algorithm uses a lottery. When it’s time to validate a ‘block’, a user is chosen at random from a pool of validators. The catch is that to get into this validator pool, you must put up a certain amount of currency as a ‘stake’. Like Bitcoin’s wasted computation, the purpose of this stake is to stop fraud. If a user ‘validates’ a fraudulent transaction, they risk losing their stake.

Because proof-of-stake (largely) does away with pointless calculations, it’s a more energy efficient design. Or at least, that’s the expectation.

The energy intensity of Ethereum

To measure the energy intensity of the proof-of-stake algorithm, we’ll look at Ethereum, the second largest cryptocurrency.

Created in 2015, the Ethereum network ran for almost a decade on the proof-of-work algorithm. During that time, its energy intensity was similar to Bitcoin. Figure 7 shows the data. From late 2015 to mid 2022, Ethereum was on average about 4 times more energy intensive than mainstream US finance.

Then something dramatic happened. On September 15, 2022, Ethereum switched its codebase to the proof-of-stake algorithm. (In crypto circles, the event is known as ‘The Merge’.) The result was a colossal drop in energy intensity. In Figure 7, the transition is easy to spot. Over the course of a day, Ethereum’s energy intensity plummeted by four orders of magnitude. So in terms of reducing crypto’s energy demands, the proof-of-stake algorithm seems like a no brainer.

Figure 7: The energy intensity of Ethereum relative to mainstream US finance. Created in 2015, Ethereum ran for almost a decade using the proof-of-work algorithm. During that time, its energy intensity was similar to Bitcoin’s — about four times more energy intensive than US finance. Then on September 15, 2022, Ethereum switched to the proof-of-stake approach. The result was a dramatic drop in energy intensity. Note that the vertical axis uses a log scale. [Sources and methods]

Just the facts

Looking at the evidence in Figures 5 and 7, we can conclude two things about crypto.

First, coins like Bitcoin, which are based on the proof-of-work algorithm, are likely more energy intensive than mainstream finance. (But note that this intensity seems to be declining with time.) Second, coins like Ethereum, which are based on the proof-of-stake algorithm, are likely (far) less energy intensive than mainstream finance.

So that’s what the data says. But somehow, I feel like this evidence will satisfy neither the crypto critics nor the crypto advocates. And that’s why in the appendix, I add some obligatory speculation. But for now, let’s conclude with just the facts. To date, it seems clear that Satoshi’s claims about Bitcoin’s superior ‘efficiency’ have not come to fruition.

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Some obligatory speculation about the future of crypto

When it comes to crypto, the hate and love turns almost entirely on feelings about its purpose. And that’s actually important, because purpose affects how we define ‘efficiency’.

For example, the efficiency of a machine is typically measuring in terms of the work output per unit of energy input. But what happens when we make the machine do work that is useless? (Think of an excavator digging pointless holes and then filling them in.) In this case, all of the input energy gets wasted.

Returning to crypto, I’m expecting critics to argue that my energy-intensity estimates are silly for the same reason. Crypto, they’ll observe, is the monetary equivalent of pointless hole digging. It’s purpose isn’t to facilitate commerce. Instead, it’s a beast of socially-useless speculation.

While I’m sympathetic to this argument, I think the problem of crypto speculation tends to get overplayed. In particular, it ignores the fact that speculation plagues all forms of money.

When critics look a Bitcoin, they see an asset that is too volatile to be ‘real’ money. But a quick look at international money markets shows that ‘real’ (fiat) money can also be highly volatile. Figure 8 paints the picture.

Here, the blue curve shows the spread of exchange-rate volatility among the world’s currencies (when pegged against the US dollar). When we put Ether and Bitcoin on this international scale, we find that they’re on the high end of currency volatility. But they’re certainly not off the chart. In other words, on the scale of actually existing money, there is nothing ‘abnormal’ about crypto volatility. Hence there is nothing ‘abnormal’ about crypto speculation.

Figure 8: Cryptocurrency volatility in an international context. This figure measure the exchange-rate volatility of different currencies when pegged against the US dollar. (I’ve measure volatility by plugging the exchange rate annual time series into the coefficient of variation.) The blue curve shows the distribution of volatility among national currencies. The vertical lines show the historical volatility of Ether and Bitcoin. Note that the horizontal axis uses a log scale. [Sources and methods]

Still, the critics are right to pass judgment on crypto as a relatively volatile asset. But where I disagree with the critics is that this volatility makes crypto forever unsuitable for commerce. The reality is that the difference between a volatile ‘asset’ and stable form of ‘money’ is simple: it’s a function of hegemony.

What makes a currency stable is its dominance. When most prices are denominated in a particular unit, that unit loses its speculative appeal. In other words, if Bitcoin became the world’s dominant asset, it would behave exactly like cash — stable and boring.8 In short, crypto’s ‘usefulness’ as a stable form of money depends on its ability to gain global dominance as a medium of exchange.

Hurdles to a crypto-dominated future

Thinking about a crypto-dominated future, there are many hurdles to it actually happening. Here’s a short list.

Lack of scalability

Despite being built on stupendous computational power, crypto networks are typically quite slow at processing transactions. For example, the Bitcoin network maxes out at roughly 4 transactions per second.9 And the Ethereum network can handle about 20 transactions per second. In contrast, global credit-card networks process about 10,000 transactions per second.10 So as they currently stand, the Ethereum and Bitcoin networks can’t scale to meet the needs of global commerce.

Interestingly, the cause of this high latency is part of the network design. The idea is that when choosing between security, decentralization, and scalability, you can only have two of the three. So networks like Bitcoin and Ethereum choose security and decentralization, but sacrifice scalability. Credit card networks, on the other hand, achieve scalability by choosing centralization and remarkably little security.

(In the age of online shopping, the security principle of credit cards is effectively “here is my secret number, please don’t use it unless I ask you to”.)

Of course, crypto advocates are aware that their networks need to be faster. To make that happen, one option is to build so-called ‘layer 2’ systems on top of cryptocurrency networks. For example, the Lightning network is a layer 2 system that runs on top of the Bitcoin network.

In conceptual terms, layer 2 systems work much like a credit account. For example, if Business A deals repeatedly with Business B, Business B will typically offer Business A a line of credit. The idea is that instead of using cash to clear every transaction, Business B keeps track of the net value of Business A’s purchases. Then every month, Business B sends a bill to settle the account.

In a similar vein, layer 2 systems allow crypto users to setup ‘channels’ in which transactions can occur off the blockchain. When users decide to close a channel, the net value of all transaction is then settled on the main ledger. By grouping many transactions under a single blockchain settlement, layer 2 systems can vastly increase the capacity of crypto networks. For example, the Lightning network claims to be capable of handling millions of transactions per second.

What remains to be seen is whether layer 2 systems will achieve widespread adoption. To date, of the roughly 19 million bitcoin in existence, only 5000 circulate in the Lightning network.

Government power

Setting aside the (current) technical shortcomings of crypto networks, I think the main hurdles to a crypto-dominated future are institutional. Let’s start with government.

If crypto become the dominant form of money, it follows that governments would lose sovereign control of their national currencies. Now, we can debate whether this loss would be good or bad. But I think we can agree that it represents a significant loss of power — a loss that governments would be reticent to accept. So in my mind, the route to crypto dominance requires the demise of (or significant diminution of) the nation state.

Bank power

Other than governments, the institutions most invested in the existing financial system are undoubtedly banks. And that’s because they have the power to create money by issuing credit.

In a crypto-dominated world, I find it unlikely that banks would simply relinquish this power. Instead, they’d likely start issuing crypto-based credit. But once this crypto credit started flowing, the credit itself would become the dominant currency.

The situation would be similar to the Bretton Woods system, in which bank notes were theoretically backed by gold reserves. But the ‘backing’ was completely notional. The gold itself didn’t circulate and was almost never used as a medium of exchange. As Nixon realized, it was just as easy to cut the cord and admit that money was backed by nothing but social will.

In short, if banks retain the power to issue credit, I see nothing to gain from a crypto future, and no feasible path to actual crypto dominance.

Sources and methods

Cover image: the bitcoin-dollar-scale image is from the Wikimedia commons. The smokestack image is from Grigoriy via Pexels.

Bitcoin energy use

Estimates for Bitcoin energy use are from the Cambridge Bitcoin Electricity Consumption Index. The estimates are constructed by taking the hashing rate in the Bitcoin network (which is publicly available) and multiplying it by the hashing efficiency (i.e. hash per Watt) of available technology.

This hashing efficiency is the main unknown. To estimate it, the CBECI looks at the available Bitcoin mining technology (technology which changes over time). Here’s the gist of their calculation.

If all miners used the most efficient technology on the market, we get a lower bound for the energy used by the Bitcoin network. If all miners used the least efficient technology that was still profitable (at an assumed electricity price of 5 cents per kWh), we get an upper bound for Bitcoin energy use. The best guess is somewhere in the middle of this range.

Note that the CBECI reports Bitcoin’s electricity use. To compare this electricity use to US primary energy consumption, I convert it to a primary-energy equivalent. See the conversion notes here.

Bitcoin market value

Data for the number of Bitcoins in circulation is from blockchain.com.

Data for Bitcoin price comes from two sources:

Ethereum energy use

Estimates for Ethereum electricity use come from the Cambridge Bitcoin Electricity Consumption Index. Data for Ethereum’s proof-of-work period live here. Data for its proof-of-stake period live here.

For the proof-of-work period, the CBECI uses the same estimation methods as for Bitcoin. (It multiplies the hash rate by the estimated hashing efficiency of existing technology.)

For the proof-of-work period, the CBECI counts Ethereum nodes, and then estimates the power draw of an average node. These power estimates come from the Crypto Carbon Ratings Institute’s 2022 report ‘The Merge’.

Note that the CBECI reports Ethereum electricity use. To compare this electricity use to US primary energy consumption, I convert it to a primary-energy equivalent. See the conversion notes here.

Ethereum market value

Data for Ethereum’s total value (and the price of Ether) is from coingecko.com.

Exchange rates

Data for historical exchange rates (Figure 8) is from the World Bank, series PA.NUS.FCRF.

Energy used by US finance

Estimates for the energy used by US finance work as follows:

  1. Calculate finance’s share of US income. I do that by dividing the value added of US financial corporations (FRED series A454RC1Q027SBEA) by US nominal GDP (FRED series GDP).
  2. Multiply finance’s share of US income by US total energy consumption. Energy consumption is from the Energy Information Agency, series TETCBUS (total primary energy consumption)

Converting electricity to primary energy equivalent

Despite the growth of renewable energy sources, most electricity is still produced by burning fossil fuels (or what statistical agencies call ‘primary energy sources’.)

Now, because thermo-electric power plants are not 100% efficient, more fossil-fuel energy goes into these plants than comes out in electricity. As a result, it’s not fair to compare electricity consumption directly to fossil-fuel use — it’s an apples-oranges comparison.

Turning to Bitcoin, its energy consumption is reported in terms of electricity use. But we want to compare this to the primary energy (read fossil fuels) used by US finance. To make the comparison, we need to convert electricity into a primary-energy equivalent.

I do that using US data from the Energy Information Agency. I take data for the total total primary energy consumed by the electric power sector (series TXEIBUS) and divide it by the net electricity generation of the electric power sector (series ELEGPUS). The result is the primary energy intensity of US electricity. I then multiply Bitcoin electricity use by this primary energy intensity. The result is Bitcoin energy use expressed as a primary energy equivalent.

Note: due to changing energy mixes, the primary energy intensity of US electricity is a moving target, as shown in Figure 9.

Figure 9: The primary energy intensity of US electricity. Because most electricity comes from fossil fuels, more ‘primary energy’ goes into the generation process than comes out as electricity. This figure shows the evolving primary energy intensity of US electricity.

Notes

  1. Fun fact: The US Secret Service — today, known mostly for protecting high-ranking politicians — was created in 1865 for the express purpose of fighting counterfeit US currency.↩
  2. According to Timothy Gutowski and colleagues, each kilogram of gold takes about 100,000 MJ to produce. At today’s gold prices of roughly $67,000 per kilogram, we get a gold energy intensity of about 1.5 MJ per dollar.↩
  3. A common misconception is that Bitcoin mining involves solving ‘complex’ math problems. But actually, it’s more like finding a needle in a haystack. Bitcoin mining involves solving a ‘hash’ problem, the details of which are not important. What matters is that the only viable method for getting the solution is through trial and error.

    On that front, the hash problem is similar to finding prime factors. If you want to reduce a number to its prime factors (i.e.  20 = 2 \times 2 \times 5 ), there is only one known method: trial and error. You start with the smallest prime, 2, and see if it’s a divisor of n . If it is, you take the resulting quotient and repeat the process. If 2 isn’t a divisor, you move to the next prime and try again. Once the quotient is itself a prime number, you’re finished.

    If n is a very large number, finding its prime factors takes significant computer resources. But once the solution has been found, it’s trivial to verify. You simply take the prime factors and confirm that they multiply to n .

    With Bitcoin hashes, the same principle applies. The hash problem is intensive to solve but easy to verify. The result is that the network can easily reach a consensus that a miner has done the ‘work’ required to validate a block of transactions.↩

  4. Likely because of its ubiquity, ‘money’ is perhaps the most misunderstood of all social conventions. For that reason, there’s a heated debate about whether bitcoin even counts as ‘money’. I find this debate utterly boring.

    I think Steve Roth gets it right when he defines money as a ‘fixed-priced asset’ — an asset whose price doesn’t change because it is always pegged against itself. What’s nice about this definition is that it’s delightfully circular. And the same is true of ‘money’. An asset becomes ‘money’ when it is so ubiquitous that it is compared to itself. It follows that ‘money’ is simply the most dominant form of asset — whatever that may be.↩

  5. I’m anticipating that some people will interpret my energy intensity ratio as a measure of the energy needed to ‘create’ money. But that is not what it means. As I’ve taken pains to explain, money is just a number, and numbers are free. The energy put into financial systems is driven by the need to keep numbers scarce. Enforcing accounting rules is a costly business.↩
  6. In 2010, US finance accrued about 6% of US income. Assuming that this income got burned on energy, it follows that US finance used about 6% of US energy. Now assume we replace all dollars with bitcoin. In 2010, the Bitcoin network was about 50 times more energy intensive than mainstream finance. It follows that the bitcoin replacement would increase finances’ energy demands by fifty-fold, to a total of 300% of US total energy consumption.↩
  7. What’s driving Bitcoin’s decreasing energy intensity? Two things. First, the technology used for hashing has grown steadily more efficient. Second, the price of Bitcoin (in US dollars) has grown rapidly, which means that each Bitcoin transaction pushes around more dollar value.

    This second pattern points to a feature of Bitcoin than many critics miss. It’s build-in waste is tied to the transaction of bitcoin. But there is nothing that restricts what this transaction is worth in dollars. In other words, if a single bitcoin transaction pushes around a few dollars worth of value, then the exchange is horribly inefficient. But if the same transaction pushes around a billions dollars of value, it becomes highly efficient.↩

  8. The irony here is that many crypto bros want Bitcoin to be both a speculative asset and the world’s dominant currency. Sorry bros, but you can’t have both.↩
  9. Since 2017, the number of Bitcoin transactions has hovered around 10 million per month. That equates to about 3.8 transactions per second↩
  10. According to cardrates.com, there were about 368.92 billion credit-card transactions in 2018. That equates to about 11,700 transactions per second.↩

Further reading

Nakamoto, S. (2008). Bitcoin: A peer-to-peer electronic cash system. http://satoshinakamoto.me/bitcoin.pdf

The post Is Bitcoin More Energy Intensive Than Mainstream Finance? appeared first on Economics from the Top Down.

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