Recent content by cowrebellion
-
C
Graduate Off-Diagonal Hamiltonian elements
Thanks for the reply I think It's all slowly falling into place. I've not heard of the Rashba Hamiltonian but I'll try find it in a textbook somewhere. Thanks again for the help!- cowrebellion
- Post #4
- Forum: Quantum Physics
-
C
Graduate Off-Diagonal Hamiltonian elements
Actually I've just been thinking about it and I think it just has to do with interaction energies between states. Is this correct?- cowrebellion
- Post #2
- Forum: Quantum Physics
-
C
Graduate Off-Diagonal Hamiltonian elements
Hello, I just have a quick question about Quantum Mechanics. It's probably a bit basic but I'm trying to get my head around the off-diagonal Hamiltonian elements of a perturbation. We can assume the unperturbed Hamiltonian to be degenerate. If I have a Hamiltonian H=H_{0}+H' where the...- cowrebellion
- Thread
- Elements Hamiltonian
- Replies: 3
- Forum: Quantum Physics
-
C
Classical electrodynamics -Good conductor
That makes sense but the question asks for a specific value of the frequency. Initially I thought I'd obtain an equation of the form \omega e^{-\omega} which has a definite maximum value.- cowrebellion
- Post #3
- Forum: Advanced Physics Homework Help
-
C
Classical electrodynamics -Good conductor
Homework Statement The question given is an electromagnetic wave incident on a vacuum metal interface. The wave is incident normally. We're given that the metal is a good conductor i.e. \omega \tau <<1 where \tau is the collision time of the metal and omega is the angular frequency. The metal...- cowrebellion
- Thread
- Classical Classical electrodynamics Conductor Electrodynamics
- Replies: 2
- Forum: Advanced Physics Homework Help