I would say that the most important prerequisite of QM is linear algebra instead of complex analysis (more useful in QFT). I like that you use examples like hydrogen atoms and square wells instead of the cat non-sense. I do think the most important sequel to QM is solid state, and another pillar of modern physics, namely statistical mechanics, is worth mentioning and that subject has its own challenge.
Apologies for the scuffed audio at times. Help me reach 1000 subs so I can afford some better recording equipment
I would say that the most important prerequisite of QM is linear algebra instead of complex analysis (more useful in QFT). I like that you use examples like hydrogen atoms and square wells instead of the cat non-sense. I do think the most important sequel to QM is solid state, and another pillar of modern physics, namely statistical mechanics, is worth mentioning and that subject has its own challenge.