Transcription of www.iop.org/journals/physed Quantum physics …
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www.iop.org/journals/physed Quantum physics …
physics explainsNewton s laws of motionJon Ogborn1and Edwin F Taylor21 Institute of Education, University of London, UK2 Massachusetts Institute of Technology, Cambridge, MA 02139, USAA bstractNewton was obliged to give his laws of motion as fundamental axioms. Buttoday we know that the Quantum world is fundamental, and Newton s lawscan be seen asconsequencesof fundamental Quantum laws . This articletraces this transition from fundamental Quantum mechanics to derivedclassical is common to present Quantum physics and thebehaviour of Quantum objects such as electrons orphotons as mysterious and peculiar. And indeed,in Richard Feynman s words, electrons do behavein their own inimitable way .. in a way that is likenothing that you have ever seen before. (Feynman1965, p 128).But it was also Richard Feynman whodevised a way to describe Quantum behaviour withastounding simplicity and clarity (Feynman 1985).
Quantum physics explains Newton’s laws of motion goes very deep and was delivered fully only in the twentieth century. Here is the key idea: The light explores all possible paths between emission and
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