AI Power Progress iA
1) Mechanics
Motion, forces, energy, momentum, rotational dynamics, and oscillations.
Model → simulate → engineer
Study Physics
Mechanics → E&M
Waves + thermo
Quantum + computing
Physics becomes clear when you learn to model it. This page gives you a study physics roadmap with resources, PDFs, and an AI tutor that can explain concepts with structured steps and sources.
Roadmap
2) Electromagnetism
Fields, circuits, Maxwell’s equations, waves, antennas, and practical EM intuition.
3) Thermodynamics + fluids
Heat, entropy, engines, and basic fluid mechanics for real systems.
4) Waves + signals
Fourier, filters, resonance, and signal behavior across engineering domains.
5) Modern physics
Relativity, atoms, spectra, and the bridge to quantum.
6) Quantum + quantum computing
Linear algebra view, qubits, gates, measurement, and hands-on tools.
Study workflow (fast)
Read + summarize
Use PDFs and courses to learn the core definitions and equations.
Do problems
Practice until you can solve variations without memorization.
Simulate
Implement the equations and confirm the behavior with plots and experiments.
Connect to engineering
Relate physics to circuits, RF, robotics, energy, and computing projects.
Find resources fast
Search the catalog
Jump into resources by keyword and level.
Pair with math
Physics progress accelerates when calculus and linear algebra improve in parallel.
YouTube course picks
Full courses and playlists across physics and quantum.