A two-level atom has possible energies Eo and E1. Write down the Hamiltonian (energy operator) H as a linear combination of outer products. Next suppose that the atom is in the state u) = |E) + E1). Use H to find the expectation value of the atom's energy.
A two-level atom has possible energies Eo and E1. Write down the Hamiltonian (energy operator) H as a linear combination of outer products. Next suppose that the atom is in the state u) = |E) + E1). Use H to find the expectation value of the atom's energy.
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![1. A two-level atom has possible energies Eo and E1. Write down the Hamiltonian (energy
operator) H as a linear combination of outer products. Next suppose that the atom is
in the state |) = } |E0) + \E1). Use H to find the expectation value of the atom's
energy.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6d040c73-5bcf-4909-aa2b-abaad050d675%2Fc2f280a9-f45f-4fa3-98d0-23bcaccbac72%2F82qaxws_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. A two-level atom has possible energies Eo and E1. Write down the Hamiltonian (energy
operator) H as a linear combination of outer products. Next suppose that the atom is
in the state |) = } |E0) + \E1). Use H to find the expectation value of the atom's
energy.
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