Quantum Mechanics I · Physics
Griffiths quantum - part 1, followed quite closely. Primarily wavemechanics through to hydrogen atom (though only in its basic sol'n)
Reinforcement of quantum mechanics knowledge at much higher mathematical difficulty Perspective is very physics - and very particle physics focused
Lots of math, but despite the title of the course, it was taught in a purely mathematical way with little to no conceptual knowledge.
Quantum Mechanics as taught in Commins' "Quantum Mechanics - An Experimentalist's Approach". Much of the material in this course was a recap of undergraduate quantum mechanics. Only the last few lectures on angular momentum, rotations, and Clebsch-Gordon coefficients were substantial topics beyond undergraduate Quantum Mechanics.
In this course, I learned the basic concepts of QM and how to solve simple problems which incorporate these concepts.
most topics in this course were covered in my undergrad, those that weren't we did not spend much time on.
I am learning a lot about quantum mechanics.
Course content is not as advanced as I would have expected for a grad QM course. Only a few topics were new compared to UG QM course.
A very broad algebra based overview on Quantum Mechanics
Easy to follow treatment of QM - I think Prof Hughes' style of teaching helped in this regard. However, the assignments and exams diverged to some extent from lecture material - I think this is really an unfortunate consequence of following Commins' textbook. 1 Columbia University: Arts & Sciences Fall 2021 Course: PHYSGR6037_001_2021_3-QUANTUMMECHANICSI : PHYSGR6037_001_2021_3 - QUANTUM MECHANICS I Instructor: Emlyn Hughes