Visualizations / Physics / Learning roadmap Overview Forces & motion Fluids & thermal physics Waves, light & electromagnetism Astrophysics & nuclei Relativity & gravitation Quantum physics & particles These filters follow the catalogue's learning tracks; each branch groups related topics. Curves, equations & structures are placed into the matching subject.
01 Foundations Learn the language
Kinematics Newton’s laws Coulomb’s law Force analysis Work & energy Momentum, collisions & Newton’s cradle Inverse-square law Universal gravitation
02 Core models Connect cause and effect
Classical mechanics laboratory Rotation & angular momentum Oscillations & waves Pressure in water & buoyancy Pipe flow & viscosity Thermodynamics Entropy & 2nd law Electromagnetism Circuits Optics Wave optics Astronomy & astrophysics Stellar evolution Nuclear physics Fusion & stellar energy
Airflow & wakes Maxwell equations Special relativity Lorentz & spacetime Quantum mechanics Atomic spectra & Bohr Hydrogen orbitals Spin & measurement Entanglement General relativity Black holes & GW
Quantum field theory QED Strong force & gluons Electroweak & Higgs The Standard Model
YOUR NEXT STEP Follow a question. Select a topic to see what it builds on and which model explains part of it. If an earlier idea is unfamiliar, follow that connection first, then return here.
