Could you prove that all energy cigenvalues have a degeneracy or the eigenstate has to be parity odd or even. given the hint: if there is no degeneracy, then the two eigenstates must be proportional to each other. Since (parity operator)^2 is the identity, there is a constraint on what the proportionality must be.
Could you prove that all energy cigenvalues have a degeneracy or the eigenstate has to be parity odd or even. given the hint: if there is no degeneracy, then the two eigenstates must be proportional to each other. Since (parity operator)^2 is the identity, there is a constraint on what the proportionality must be.
Related questions
Question
Could you prove that all energy cigenvalues have a degeneracy or the eigenstate has to be parity
odd or even. given the hint: if there is no degeneracy, then the two eigenstates must be proportional
to each other. Since (parity operator)^2 is the identity, there is a constraint on what the proportionality must be.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps
