is generally referred to as the degenerate Stark effect. The Hamiltonian for the harmonic oscillator in an electric field is given by: -1 d? H = k +a + Ex (15) 2m dx2 2 Using the equations above, calculate the 2x2 Hamiltonian matrix that results from the matriv olomonts bholoy ond includos m n) (00) (0 1) (1.0) (1 1):

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For the problem here, we are thinking about a phenomena that
is generally referred to as the degenerate Stark effect. The Hamiltonian for the harmonic
oscillator in an electric field is given by:
-1 d?
H
+ Ex
(15)
2m dx2
Using the equations above, calculate the 2x2 Hamiltonian matrix that results from the
matrix elements bbelow and includes (m,n)=(0,0),(0,1),(1,0),(1,1):
Hmn
2m dr2
(16)
Ho0 - €
Ho1
H =
(17)
Ho1
H11
Using the results for e from equation 1 determine the eigenvalues (energies) of the two
harmonic oscillator states in an electric field.
Transcribed Image Text:For the problem here, we are thinking about a phenomena that is generally referred to as the degenerate Stark effect. The Hamiltonian for the harmonic oscillator in an electric field is given by: -1 d? H + Ex (15) 2m dx2 Using the equations above, calculate the 2x2 Hamiltonian matrix that results from the matrix elements bbelow and includes (m,n)=(0,0),(0,1),(1,0),(1,1): Hmn 2m dr2 (16) Ho0 - € Ho1 H = (17) Ho1 H11 Using the results for e from equation 1 determine the eigenvalues (energies) of the two harmonic oscillator states in an electric field.
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