- #1
Miguel Paramo
- 7
- 0
Hi, I am preparing for a quantum mechanics exam, and I have this problem that I can`t solve:
I have to find the complete energy eigenvalue spectrum of a hamiltonean of the form:
H = H0 + c
and also another of the form
H = H0 + [tex]\lambda[/tex]x[tex]^{2}[/tex]
Where in both cases, H0 is the hamiltonean of an harmonic oscilator, c and lambda are constants. The variable is x.
I have to find the exact eigenvalues, cannot use perturbation theory, but I can use the fact that I already know the eigenvalues for the harmonic oscilator.
Can anybody help?
Thant you.
I have to find the complete energy eigenvalue spectrum of a hamiltonean of the form:
H = H0 + c
and also another of the form
H = H0 + [tex]\lambda[/tex]x[tex]^{2}[/tex]
Where in both cases, H0 is the hamiltonean of an harmonic oscilator, c and lambda are constants. The variable is x.
I have to find the exact eigenvalues, cannot use perturbation theory, but I can use the fact that I already know the eigenvalues for the harmonic oscilator.
Can anybody help?
Thant you.