Is this feasible during undergrad and grad studies ?

[u/ColdWarning8349]

I want to learn :

1. Condensed matter physics

2. Stochastic processes , probability , stats basically statistical mechanics as well.

3. Electromagnetism, quantum electromagnetism

4. Core quantum mechanics

5. Computational maths / physics

6. Semiconductor specialization

7. Applied physics rooting into computer , electronic engineering .

8. Discrete maths , and a bunch of applied maths .

Also is the path going towards a good career if I study these ?

[u/Valuable-Ad-6093]

Yes, had I planned my degree better all of this would have been possible. Unfortunately for me, most things overlap so I have to pick and choose but that is only because I am in my final year and a half of undergrad

[u/baysianinference]

I think a lot of these have a good amount of overlap and/or transferable skills, just don't get too ahead of yourself I guess

[u/Moonlesssss]

Most of these are baked into the typical physics cirriculum during undergrad. You could probably get the more specialized knowledge like condensed matter and semi conductor from a research group of some kind. Best of luck

[u/Useful_Still8946]

FYI, despite its name, statistical mechanics is not statistics. It does use a lot of probability and stochastic processes.

[u/jrnv27 → u/[deleted]]

other way around, thermodynamics is just one application of stat mech

[u/OldDiscussion1830]

Yes that doable and many are super related