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I thought there was a difference, but I'm being told now that the time independent wave function is the wave function at t=0
The discussion clarifies the distinction between the time-independent wave function and the initial wave function at t=0. The time-independent Schrödinger equation serves as the Eigenvalue equation for the Hamiltonian operator, represented as ##H|E>=E|E>##. The Hamiltonian's time-independence allows for solutions that, when combined with the initial state expressed in eigenkets and a suitable propagator, yield the wave function at any future time. This understanding is crucial for accurately interpreting quantum mechanics.
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