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physics

measurement — SI units, constants, vectors, graph work, uncertainty propagation, cross-topic relations.

mechanics — Kinematics incl. polar coordinates, forces & constraints, momentum & mass flow, energy & stability, conservative forces, rigid-body rotation & gyroscopes, noninertial frames, fluids.

gravitation — Fields & potential, two-body reduction, effective potential & orbit classification, ellipse geometry, Kepler's laws, escape.

oscillations & waves — SHM incl. damping, driving & resonance, travelling waves, refraction & polarization, interference & diffraction, standing waves, Doppler.

thermodynamics — Thermal transfers, blackbody radiation, greenhouse balance, kinetic theory, laws of thermodynamics, engines.

circuits — Current & conduction, Kirchhoff & Thévenin, emf & internal resistance, capacitors & RC, AC impedance & phasors, RLC resonance, AC power.

electronics — Circuit topologies and measured behavior: filters, semiconductors, op-amps, oscillators, feedback, conversion, and FPGA logic.

electromagnetism — Electrostatics & Gauss's law, potential, conductors & capacitance, magnetostatics, relativity of fields, charged-particle motion, induction, Maxwell's equations, EM waves, fields in matter.

quantum — Photons & early quantum, Dirac formalism, spin & angular momentum, time evolution, entanglement, wave mechanics, the oscillator, path integrals, hydrogen, perturbation theory, identical particles, scattering, quantized radiation.

nuclear — Decay law & modes, binding energy, fission & reactors, fusion, stellar radiation & cosmology.

relativity — Michelson–Morley, Lorentz transforms, time dilation & length contraction, relativistic Doppler, dynamics & massless particles, four-vectors & invariants.