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ehrenfest
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The context of this question is chemistry but I think that it contains enough quantum mechanics to warrent posting it here instead of in the chemistry forum.
Go to section 2.1.1 at the following site:
http://tesla.ccrc.uga.edu/publications/papers/qrevbiophys_v33p371.pdf
I am confused about how you go from equation (2) in 2.1.1 which contains the Hamiltonian operator on the left side and the spin angular momentum operators on the right side to equation (3) in 2.1.2 without any operators in the equation at all.
Is this just the result of applying both sides to a wavefunction or something?
Go to section 2.1.1 at the following site:
http://tesla.ccrc.uga.edu/publications/papers/qrevbiophys_v33p371.pdf
I am confused about how you go from equation (2) in 2.1.1 which contains the Hamiltonian operator on the left side and the spin angular momentum operators on the right side to equation (3) in 2.1.2 without any operators in the equation at all.
Is this just the result of applying both sides to a wavefunction or something?
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