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QuoteRef: meadCA6_1997
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Topic:
quantum electrodynamics
Topic:
electromagnetic field
Topic:
quantum mechanics
Topic:
electricity and magnetism
Reference
Mead, C.A., "Collective electrodynamics I", Proceedings of the National Academy of Sciences, 94 [Physics], pp. 6013-6018, June 1997. Google
Other Reference
page numbers from p. 29-43 in Hey, A.J.G. (ed), Feynman and Computation, Reading Massachusetts: Perseus Books, 1999.
abstract ;;Quote: derive standard results of electromagnetic theory from macroscopic quantum systems; without Maxwell's equations, traditional quantum formalisms, or correspondence limits
30 ;;Quote: superconductors provide direct access to the quantum nature of matter
30+;;Quote: a superconductor is in a coherent state of the collective interaction of free electrons; each electron depends on the states of the entire ensemble
30+;;Quote: with superconductors, understand quantum effects via waves
31 ;;Quote: use a loop for superconductor model of quantum effects; ends are either shorted or insolated; persistent current if shorted
33 ;;Quote: quantization occurs because the phase must match at both ends of a closed, superconducting loop
36 ;;Quote: the vector potential of quantum mechanics is a bookkeeping device to evaluate the effect of all currents on a point
ThesaHelp: references m-o (268 items)
Topic: quantum electrodynamics (34 items)
Topic: electromagnetic field (63 items)
Topic: quantum mechanics (100 items)
Topic: electricity and magnetism (50 items)