Consider a particle at a central potential that has an orbital angular momentum l = 2h and a spin s = h. a) Find the energy levels with their respective degeneration, if the particle has a spin-orbit interaction as follows H50 = YL · Š, with y a constant.
Consider a particle at a central potential that has an orbital angular momentum l = 2h and a spin s = h. a) Find the energy levels with their respective degeneration, if the particle has a spin-orbit interaction as follows H50 = YL · Š, with y a constant.
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![Consider a particle at a central potential that has an orbital angular momentum l = 2h and a spin s = h.
%3D
a) Find the energy levels with their respective degeneration, if the particle has a spin-orbit interaction as follows
H40 = YL · Š,
with y a constant.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F65694bfc-e620-4a4d-a121-bcb6e5060fb0%2Fb61c2fcb-8d02-4501-b959-f0a56dcd36ef%2F5e2cbq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Consider a particle at a central potential that has an orbital angular momentum l = 2h and a spin s = h.
%3D
a) Find the energy levels with their respective degeneration, if the particle has a spin-orbit interaction as follows
H40 = YL · Š,
with y a constant.
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