Quantum Physics I

This lecture covers the time-independent Schrodinger equation, classification of bound states and scattering states, conditions for physical wave functions, analysis of wave function derivatives, and the finite potential well. The instructor explains the quantification of energy levels, the effect of quantum tunneling, and the determination of allowed energy values through a non-linear equation. The lecture concludes with a graphical method to find the finite and discrete solutions for energy levels in a finite potential well.