Interactive Parameter Manipulation

Interactive Physics Visualization

Explore dynamical physical models, quantum wave equations, and boundary value problems with real-time Matplotlib sliders running in your browser via WebAssembly.

Module 1

Vector Analysis & Curvilinear Coordinates

5 interactive simulations with theory and live sliders.

• Vector Basics & Vector Algebra (2D & 3D)
• Divergence of Vector Fields & Gauss’s Law
• Curl of Vector Fields & Circulation
• Vector Integration, Divergence & Stokes’ Theorems
• Curvilinear Coordinates (Cylindrical & Spherical Polar)

Launch Module 1 →

Module 2

Tensor Analysis & Applications in Physics

5 interactive simulations with theory and live sliders.

• Tensor Basics, Rank Hierarchy & Coordinate Transformations
• Cauchy Stress Tensor & Mohr’s Circle
• Moment of Inertia Tensor & Rotational Dynamics
• Metric Tensor, Christoffel Symbols & Covariant Differentiation
• Electromagnetic Field Tensor & Relativistic Invariants

Launch Module 2 →

Module 3

Classical Mechanics: Double Pendulum Dynamics & Chaos

3 interactive simulations with theory and live sliders.

• Coupled Nonlinear Oscillations & Parameter Tuning Studio
• Deterministic Chaos & The Butterfly Effect: Sensitivity to Initial Conditions
• Small-Angle Normal Modes, Resonance & Harmonic Beats

Launch Module 3 →

Module 4

Quantum Mechanics & Wave Equations

1 interactive simulations with theory and live sliders.

• 1D Time-Independent Schroedinger Equation (TISE) - QHO Shooting Method

Launch Module 4 →

Module 5

Optics

2 interactive simulations with theory and live sliders.

• Newton’s Rings Interference (Reflected & Transmitted Systems)
• Fraunhofer Diffraction in Double Slit

Launch Module 5 →