Research paper exploring quantum distribution, demonstrating technical research, analytical reasoning and clear scientific communication.

GitHub profile and portfolio overview for my physics, simulation and data-analysis projects.

Doppler-free rubidium spectroscopy: frequency calibration, Gaussian and Lorentzian fitting, and hyperfine-structure analysis, with laboratory results and recovered Python code.

Python pipeline for rotating-compensator ellipsometry, including calibration, harmonic fitting, Fresnel modelling and thin-film parameter extraction.

Exploration of reward optimisation in depth-based binary search trees using weighting, rounding and numerical analysis.

Optimised Python forest-fire simulation exploring self-organised criticality, oscillatory dynamics, scaling laws and heavy-tailed fire-size distributions.

Scientific Python projects in quantum systems, Fourier analysis and autonomous rocket simulation, demonstrating numerical modelling and computational physics.