One up me /sci/ how good is your schools curriculum:

1.) Mechanics
-force diagrams
-conservation of energy-momentum
-work+energy impulse-momentum
-potentials
-oscillators, differential equations
-accekerating frames of reference
-celestial mechanics
-special relativity
-scattering

2.)e&m
-maxwells equations (and derivatives like gauss theorem, etc)
-potentials + vector calculus + gauges
-special relativity
-retarded potentials (Leonard whieckart, special relativity, etc)
-radiation (linear radiation, synchrotrons, etc)
-dipoles and multipoles
-e&m in vacuum vs e&m in mediums
-e&m waves
-gauges
-lorentz transforms + relativity
-reflection + refraction + boundary conditions
-poisson and Laplace equation in multiple dimensions + boundary conditions

3.) Waves + thermo
-oscillators + boundary conditions
-differential equations + coupled differential equations + systens of first order equations
-mechincal oscillations
-electric oscillations
-energy transfer
-reflection + refraction (derivation)
-diffraction + polarization
-single slit vs double slit vs n slits with varying changes to problems
-perturbations
-basic thermo stuff + entropy + temperature +etc

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