by The use of mathematics in physics and economics My idea is to examine the most well-known works of a selection of the most famous neoclassical economists in the period from 1945 to the present. My survey of well-known works by four famous mathematical neoclassical economists (Samuelson, Arrow, Debreu, Prescott) who all won the Nobel Prize for economics, has not revealed any precise explanations or successful predictions. This supports my conjecture that the use of mathematics in mainstream (or neoclassical) economics has not produced any precise explanations or successful predictions. This, I would claim, is the main difference between neoclassical economics and physics, where both precise explanations and successful predictions have often been obtained by the use of mathematics.
Topics:
Lars Pålsson Syll considers the following as important: Economics
This could be interesting, too:
Lars Pålsson Syll writes Klas Eklunds ‘Vår ekonomi’ — lärobok med stora brister
Lars Pålsson Syll writes Ekonomisk politik och finanspolitiska ramverk
Lars Pålsson Syll writes NAIRU — a harmful fairy tale
Lars Pålsson Syll writes Isabella Weber on sellers inflation
The use of mathematics in physics and economics
My idea is to examine the most well-known works of a selection of the most famous neoclassical economists in the period from 1945 to the present.
My survey of well-known works by four famous mathematical neoclassical economists (Samuelson, Arrow, Debreu, Prescott) who all won the Nobel Prize for economics, has not revealed any precise explanations or successful predictions. This supports my conjecture that the use of mathematics in mainstream (or neoclassical) economics has not produced any precise explanations or successful predictions. This, I would claim, is the main difference between neoclassical economics and physics, where both precise explanations and successful predictions have often been obtained by the use of mathematics.
