jelathome
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I was wondering how to derive hamilton's equation (in the form of poisson brackets) from Heisenberg's equation of motion
The discussion focuses on deriving Hamilton's equations in the form of Poisson brackets from Heisenberg's equation of motion. It establishes that for any two operators \(\hat{A}\) and \(\hat{B}\), the limit as \(\hbar\) approaches zero of the commutation relation leads to the Poisson bracket formulation. This derivation is crucial for understanding the transition between quantum mechanics and classical mechanics, particularly in the context of operator algebra.
PREREQUISITESPhysicists, graduate students in quantum mechanics, and anyone interested in the mathematical foundations of quantum theory and its connection to classical mechanics.
jelathome said:I was wondering how to derive hamilton's equation (in the form of poisson brackets) from Heisenberg's equation of motion