Quantum Physics I (M-I-T)

L3.3 Compton Scattering. (M-I-T)

L21.3 Effective potential and boundary conditions at r=0. (M-I-T)

L7.2 Reality condition in Fourier transforms. (M-I-T)

L3.4 de Broglie’s proposal. (M-I-T)

L21.4 Hydrogen atom two-body problem. (M-I-T)

L7.3 Widths and uncertainties. (M-I-T)

L4.1 de Broglie wavelength in different frames. (M-I-T)

L7.4 Shape changes in a wave. (M-I-T)

L22.1 Center of mass and relative motion wavefunctions. (M-I-T)

L4.2 Galilean transformation of ordinary waves. (M-I-T)

L7.5 Time evolution of a free particle wavepacket. (M-I-T)

L22.2 Scales of the hydrogen atom. (M-I-T)

L4.3 The frequency of a matter wave. (M-I-T)

L8.1 Fourier transforms and delta functions. (M-I-T)

L22.3 Schrödinger equation for hydrogen. (M-I-T)

L8.2 Parseval identity. (M-I-T)

L22.4 Series solution and quantization of the energy. (M-I-T)

L4.4 Group velocity and stationary phase approximation. (M-I-T)

L8.3 Three-dimensional Fourier transforms. (M-I-T)

L22.5 Energy eigenstates of hydrogen. (M-I-T)

L4.5 Motion of a wave-packet. (M-I-T)

L8.4 Expectation values of operators. (M-I-T)

L4.6 The wave for a free particle. (M-I-T)

L23.1 Energy levels and diagram for hydrogen. (M-I-T)

L8.5 Time dependence of expectation values (M-I-T)