- #1
chill_factor
- 903
- 5
I wonder if this is a good schedule to take in the Spring for my M.S?
I've been taking 4 classes + doing research in the last 2 quarters of my undergrad, and even though it's pretty stressful, I've been surviving.
I am doing no research year 1. I may be TAing however. Spring would be this, after I hopefully pass Fall with great grades:
If this schedule is too hard, would switching Graduate Statistical Physics for Undergraduate Solid State Physics be a bit easier?
I've been taking 4 classes + doing research in the last 2 quarters of my undergrad, and even though it's pretty stressful, I've been surviving.
I am doing no research year 1. I may be TAing however. Spring would be this, after I hopefully pass Fall with great grades:
Graduate Quantum Mechanics 2 (3 hr lec) - covers scattering, rotation group and irreducible tensor operations, identical particles, semi-classical radiation theory, atoms and molecules, path integral formalism.
Graduate Statistical Physics (3 hr lec) - covers Maxwell-Boltzmann, Bose-Einstein, Fermi-Dirac statistics; ideal and imperfect gases; thermodynamic properties of solids; transport theory; phase transitions.
Undergraduate Electromagnetism I (3 hr lec)
Undergraduate Experimental Techniques (2 hr lec, 3 hr lab)
If this schedule is too hard, would switching Graduate Statistical Physics for Undergraduate Solid State Physics be a bit easier?
Undergraduate Solid State Physics - covers introduction to the quantum theory of solids. Crystal structure and thermal, electric and magnetic properties.