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More Heat than Light: Economics as Social Physics, Physics as Nature's Economics (Historical Perspectives on Modern Economics) Paperback – November 29, 1991

ISBN-13: 978-0521426893 ISBN-10: 0521426898 Edition: Reprint
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More Heat than Light: Economics as Social Physics, Physics as Nature's Economics (Historical Perspectives on Modern Economics) + The Ordinary Business of Life: A History of Economics from the Ancient World to the Twenty-First Century + The History of Economic Thought: A Reader; Second Edition
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Editorial Reviews

Review

"Intellectual stars of his magnitude (as opposed to scientific stars) don't come along very often....in More Heat Than Light...he states a challenge that is going to haunt economists for years....Mirowski and his ideas are about to move out of the history of economics into the wider stream." David Warsh, The Boston Globe

"...a major contribution to twentieth century literature in economic thought. It is destined to become a classic and must be read and reread." Southern Economic Journal

"...an excellent and enthralling volume, written with great erudition and wit." Review of Political Economy

"No previous writer has made such a sustained and determined effort to explore the undeniably important conceptual links between economics and physics; and this alone is a landmark contribution of importance to all economists, not merely to specialist historians of the discipline." Kyklos

"...an example of the history of economic theory at its best." Charles M. A. Clark, Eastern Economic Journal

Book Description

The development of the energy concept in Western physics and its subsequent effect on the emergence of neoclassical economics are traced to reveal how economics has sought to emulate physics, especially with regard to the theory of value.
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Product Details

  • Series: Historical Perspectives on Modern Economics
  • Paperback: 464 pages
  • Publisher: Cambridge University Press; Reprint edition (November 29, 1991)
  • Language: English
  • ISBN-10: 0521426898
  • ISBN-13: 978-0521426893
  • Product Dimensions: 6 x 1 x 9 inches
  • Shipping Weight: 1.3 pounds (View shipping rates and policies)
  • Average Customer Review: 3.8 out of 5 stars  See all reviews (10 customer reviews)
  • Amazon Best Sellers Rank: #1,048,296 in Books (See Top 100 in Books)

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3.8 out of 5 stars
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Most Helpful Customer Reviews

48 of 54 people found the following review helpful By Professor Joseph L. McCauley on September 19, 1999
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This is an amazing book! It exposes what is hidden in Samuelson and every other economics text, namely, that the theory of equilibria and utility were merely lifted from physics (Hamiltonian dynamics) without any support from economic data. What is more amazing is the complete discussion presented by the author that `utility' doesn't exist mathematically because the required differential form is nonintegrable. Economists and statisticians may not be able to undestand this point, but it should be familiar to researchers in dynamical systems theory. The inventors of marginal utility theory, Fisher, Walras, and Pareto, literally did not know enough mathematics to know what they were talking about. Equilibrium can't be reached in a Hamilton system (there is no friction to permit the approach to equilibrium), but this contradiction was no worse than all the others inherent in econo-pseudophysics.
This book should be read and understood by every economics student who reads Samuelson and asks: what has 'utility' to do with the data. A very good complementary book is Osborne's "The stock market from a physicist's viewpoint". Osborne introduced tha idea of lognormal stock prices (thereby paving the way for the Black-Scholes equation and derivatives trading). In his first two chapters, without the benefit of the historic perspective offered by Mirowski, Osborne explains why the supply-demand curves drawn by Samuelson are wrong and misleading, and then goes on to illustrate how one could obtain correct discrete plots real data. For example: if 25 tomatoes are available (supply) then what's the price? Clearly, there is no answer. Price does not exist as a function of supply, nor of demand (nonuniqueness).
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26 of 28 people found the following review helpful By A. J. Sutter on February 9, 2006
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This is a work of prodigious scholarship and imaginative synthesis. Mirowski sifted through a tremendous amount of historical material, and approached it with great creativity. He makes an excellent prima facie case that even late 20th Century neoclassical economics is based on an early form of 19th Century thermodynamics -- the way it was before formulation of the Second Law (the one about entropy).

I came at this with more background in physics than in economics (which isn't saying much). I found the history of the principle of the conservation of energy (Ch. 2) fascinating in its own right. For its concise treatment of that topic, this book deserves to be better-known in the "physics-physics" (as distinguished from econophysics) community. As for Prof. McCauley's comment in an earlier Amazon review that Mirowski is confusing potential energy with the action as the appropriate analogue to utility, my impression was that this error isn't unique to Mirowski, but was made by at least some of the economists whose work he is critiquing (e.g. Irving Fisher).

I give this four stars, though, because of some genuine weak points.

First, Mirowski spills much ink faulting economists because they use a physics metaphor that's outdated, but relatively little on the question of empirical justification (or lack thereof) for using any physics metaphor at all. More discussion of this point would have been helpful.

Second, Mirowski's discussion of physics is at times very tentative, like a student who copies stuff into a term paper without understanding it fully, but hoping that he can sort of fake his way through. E.g.
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17 of 21 people found the following review helpful By John C. Landon on June 21, 2001
Format: Paperback
This fascinating upgrage of the author's earlier _Against Mechanism_ gives a severe account of the state of mathematical economics as it has been since the marginalist revolution. It is a reminder that mathematical technique and basic modeling are two separate activities and that understanding what it is that one is attempting to make into a science is not so easy. It is probably true no deterministic mathematical science of any type known is possible in a medium involving human consciousness. Yet the obsession to treat these different domains of discourse as analogous to physics or amenable to predictive science via the apparatus of differential equations simply refuses to die. It is a peculiar history, that some very good mathematicians of the nineteenth century, who understood the physics, found bizarre at the start, before the bad habits of phantom thinking became institutionalized. Mirowski's expose of the whole game is priceless, and almost unnerving. Hm, ideology perhaps Very important book.
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20 of 26 people found the following review helpful By Professor Joseph L. McCauley on February 17, 2000
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Since having reviewed this book in September 1999, I was inspired by it to resolve Mirowski's Thesis in a recent paper called 'The Futility of Utility' (Physica A,2000). My resolution shows that both Varian and Mirowski were partly wrong. Mirowski is right in one sense: when dynamics is taken into account in the theory of production then the generic case (nonintegrable dynamics) is that utility is a path-dependent functional, and so doesn't exist mathematically as a function of demand. In this case (as Osborne observed from empirical data) price as a function of demand does not exist (the 'cartoons' passing as graphs in Samuelson's textbook can't be constructed from real market data). Varian was wrong: the most trivial integrability conditions are violated in this case because utility as a function cannot be postulated but either exists or doesn't according to dynamics. On the other hand, Mirowski was wrong that an analog of kinetic energy, or even a conserved quantity, is required. Utility is not, as Mirowski believed, analogous to potential energy: it is analogous to what physicists call the action. When optimization-control dynamics (Hamiltonian dynamics in econometrics) is integrable, then the action is a function, not merely a path-dependent functional (see Liouville's integrability theorem, ca. 1880, also discussed in 1916 by Einstein in the context of why Bohr-Sommerfeld quantization fails).
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