Follow a structured learning path from basic mechanics to modern physics — each topic builds on the last, so you’re never lost. Our roadmap guides you step by step through every core concept, making sure you build real understanding before moving forward.
PHYSICS LEARNING ROADMAP (Beginner → Advanced)
🟢 Phase 1 — Foundations (Absolute Basics)
Goal: Understand motion, forces, and energy intuitively.
Topics:
- Kinematics (velocity, acceleration)
- Newton’s Laws of Motion
- Work, energy, power
- Momentum & collisions
Math needed:
- Basic algebra
- Graphs
👉 Outcome: You can analyze everyday motion problems.
🔵 Phase 2 — Core Classical Physics
Goal: Build the main pillars.
Topics:
- Rotational motion
- Gravitation
- Thermodynamics
- Waves & oscillations
- Electromagnetism
Math upgrade:
- Basic trigonometry
- Intro to calculus (optional but helpful)
👉 Outcome: You understand most real-world physics systems.
🟣 Phase 3 — Mathematical Physics
Goal: Speak the language of physics.
Must learn:
- Calculus (derivatives, integrals)
- Vectors
- Differential equations
Used in:
- Maxwell’s Equations
- Motion equations
- Wave equations
👉 Outcome: You stop memorizing and start deriving.
🔴 Phase 4 — Modern Physics
Goal: Understand reality beyond everyday intuition.
⚛️ Quantum Physics
- Quantum Mechanics
- Heisenberg Uncertainty Principle
🌌 Relativity
- Special Relativity
- General Relativity
👉 Outcome: You understand atoms, time dilation, and spacetime.
🟡 Phase 5 — Deep Physics (Advanced Understanding)
Goal: See how everything connects.
Topics:
- Quantum Field Theory
- Standard Model
- Symmetry & Conservation of Energy
- Cosmology (Big Bang Theory)
👉 Outcome: You understand physics at the deepest known level.
⚡ ONE-PAGE PHYSICS CHEAT SHEET
🧠 Core Ideas
- Force → changes motion
- Energy → conserved
- Entropy → always increases
- Fields → carry forces
- Quantum → probabilistic
- Relativity → space & time are flexible
📐 Essential Equations
Motion:
- v=u+at
- s=ut+21at2
Force:
- F=ma
Energy:
- KE=21mv2
- PE=mgh
Momentum:
- p=mv
Electricity:
- V=IR
🌍 Fundamental Forces
- Gravity
- Electromagnetic
- Strong nuclear
- Weak nuclear
⚛️ Key Principles
- Conservation of Energy
- Conservation of momentum
- Heisenberg Uncertainty Principle
- Relativity of time
🔑 Mental Models (Very Important)
- Think in systems, not objects
- Always track energy flow
- Use free-body diagrams
- Approximate first, calculate later
📊 How to Study (High Efficiency Method)
- Learn concept (not formulas)
- Solve 10–20 problems
- Identify mistakes
- Re-learn weak areas
- Repeat
👉 Physics is not memorization — it’s pattern recognition.