Where Physics Becomes Interactive Thought.
Explore the quantum, the classical, and everything between.
Research Archive
Interactive physical models built from first principles. Each lab is an explorable window into a physical system.
A 3D interactive simulation of Niels Bohr's atomic model. Visualise electron shells, orbital energies, and quantum transitions in real time.
Explore 3D probability density clouds of hydrogen orbitals. Computed from Laguerre polynomials and spherical harmonics using Monte Carlo sampling.
Classical mechanics made interactive. Adjust launch angle, initial velocity, and drag coefficient to trace parabolic trajectories under Newtonian gravity.
The Project
This is an evolving experimental project — a personal lab notebook rendered interactive. Each simulation is built from mathematical first principles, not borrowed libraries or pre-baked demos. The physics is the code.
The goal is simple: to let curious minds encounter physics as something you can touch, rotate, break, and rebuild — not just read about.