Physics Today · 1984 · 135 citations · 10 references
EngineeringAgricultural EconomicsEnvironmental EconomicsThermal ProcessesThermal EnergyThermodynamicsEconomic ProcessesEntropy—the Second LawThermodynamic EquilibriumMathematical EconomicsEconomicsEconophysicsNon-equilibrium ThermodynamicsThermodynamics—constrains Economic ProcessesMacroeconomicsNatural SciencesEnergy LawEntropyEntropy ProductionEquilibrium ThermodynamicsBusinessNatural Resource EconomicsEconodynamicsEnergy Economics
While physical sciences deal with the interactions of matter and energy, economics can be said to deal with the production and exchange of goods and services. Because goods and services incorporate matter and energy, the physical sciences are clearly relevant to economics. In particular, one can expect the laws of thermodynamics to impose constraints on economic processes as they do on physical processes (figure 1). It is clear that the laws of conservation—of matter and energy, for example—have implications for the use of resources and for the generation and treatment of wastes. The law of the increase of entropy—the second law of thermodynamics—constrains economic processes to those that reduce available work, increasing the entropy of the Universe.
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