Understood. Thanks for the guidance.
I have signed the contract for the previously mentioned job, so I will definitely be pursuing that career for the time being. As for my PhD, I'll decide later if I shall continue part-time or not.
Thank you all for your help!
Heya,
Quantum Mechanics is a course all physics students take in college and grad school. If you want to study quantum mechanics on the research level, I'd suggest looking into a university that has a quantum computing research group.
As for programs before hand, I'm not sure. It'd be best if...
Thank you both for your input. I've decided to take the job, but I have yet to make a decision on if I want to drop the PhD or work on it part-time for a while. Is there any use for a particle physicist phd outside of academia/national-labs?
Thanks!
Greetings,
I'm at a very interesting/strange position in my life right now, and I need advice from current-/former-physicists who are working in the private-sector.
Some Background
I'm currently mid-way through my particle/nuclear physics Ph.D., and I have come to terms with the fact...
Hi,
Does anyone know how to make the script lowercase L in LaTeX (i.e. looks like the breast cancer symbol).
Thanks!
(Hopefully I put this in the appropriate forum)
Never mind, figured it out. I forgot that the angular momentum operator is time-independent, so it disappears. Then I took the commutation of [L,H] a little differently then the way I did it above, and I got the answer.
Homework Statement
I have to prove the following:
\hbar \frac{d}{dt}\langle L\rangle = \langle N \rangle
Edit: L = Angular Momentum & N = Torque
Homework Equations
I used Ehrenfest's theorem, and I've got the equation in the following form:
\frac{1}{i} \left(\left[L,H\right]\right) +...