wavefunction collapse
calculate wavefunction
wavefunction superposition
describe wavefunction
wavefunction evolution
complex wavefunction
wavefunction state
wavefunction properties
wavefunction solution
perturbed wavefunction
the wavefunction describes the quantum state of a particle.
solving the schrödinger equation yields the wavefunction.
we analyzed the wavefunction to determine the electron's probability distribution.
the wavefunction collapses upon measurement.
the time-dependent wavefunction evolves with time.
we normalized the wavefunction to ensure probability conservation.
the wavefunction's square represents the probability density.
we used a gaussian wavefunction to approximate the ground state.
the wavefunction must be single-valued and continuous.
we studied the wavefunction of a hydrogen atom.
the wavefunction provides information about the particle's momentum.
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