⚡ Flügel Physics | Elite IIT-JEE & Olympiad Physics Treatise

The comprehensive, first-principles online physics treatise engineered for IIT-JEE (Advanced), NEET-UG top rankers, and International Physics Olympiad (IPhO / INPhO / Physics Cup) aspirants.

Designed to take students from foundational physical intuition to mastery of complex multi-concept mechanics, electrodynamics, thermodynamics, wave optics, and modern quantum physics.

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📚 Master Curriculum Structure

• Volume 1: Advanced Mechanics & Oscillations: Kinematics & String/Wedge Constraints, Non-Inertial Frames & Pseudo Forces, Systems of Particles, Continuous Mass Moment of Inertia Calculus, IAOR, Pure Rolling & Slipping Dynamics, Keplerian Central Forces, Navier-Bernoulli Fluid Dynamics, Coupled Small Oscillations.
• Volume 2: Classical Electrodynamics: Potential Theory, Spherical Cavity Theorems, Capacitors & Inhomogeneous Dielectrics, 3D Resistor Symmetry Networks, Ampèrian Loops, Biot-Savart Calculus, Lorentz Helical Trajectories, Faraday Induction & Motional EMF, AC Phasor Resonance, Maxwell's Unified Equations.
• Volume 3: Waves, Thermodynamics & Optics: 1D Wave Differential Equations, Fermat's Principle & Lens Matrices, Wave Optics & YDSE Interference, Fourier Thermal Conduction, Maxwell-Boltzmann Molecular Speed Distributions, 4-Stroke Carnot Cycles & Thermodynamic Entropy.
• Volume 4: Modern Physics & Quantum Mechanics: Einstein's Photoelectric Effect & Matter Waves, Bohr-Sommerfeld Hydrogen Spectra, Nuclear Binding Energy & Decay Kinetics, Special Relativity Spacetime & Energy-Momentum Invariant ($E^2=p^2{c}^2+m_0^2{c}^4$).

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🛠️ Pedagogical Innovations

1. Multi-Mode Interactive Diagram Lab: Toggle between high-resolution vector SVGs, 60 FPS HTML5 Canvas physics simulators, 3D spatial orbit viewports, and reactive parametric sliders on every diagram.
2. 3-Step Master Problem Blueprints: Step 1: Linear Force Balance $\to$ Step 2: Rotational Torque Balance $\to$ Step 3: Kinematic Constraints.
3. 3-Tier Progressive Clue Scaffold: Hint 1: Direction $\to$ Hint 2: Equation Setup $\to$ Hint 3: Full Step-by-Step Derivation.
4. Pitfall & Diagnostic Gallery: Highlights the 5 exact conceptual traps where 90% of students lose marks.
5. Failure-Condition Formula Matrices: Explicitly documents where formulas fail and the exact conditions required for validity.

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🚀 Running Locally

# Install dependencies
npm install

# Start local interactive learning portal
npm run docs:dev

# Build production assets
npm run build

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📄 Copyright & Academic Inquiries

Copyright © 2026 Flügelsoft Labs · All Rights Reserved.
For academic queries, feedback, or collaborations, contact: physics@flugelsoft.com.