MATLAB simulator for time evolution of quantum wave packets using the Split-Step Fourier Method
A collection of computational physics notebooks exploring numerical methods, stochastic processes, statistical models, and physical simulations in Python.
Heston Stochastic Volatility Model in Scilab -- Monte Carlo with Antithetic Variates, analytical Fourier inversion pricing, and implied volatility surface extraction.
Mathematics is the language engineers use to describe, predict, and control the physical world. This course teaches the parts of that language you will use most often. Not proofs, not abstraction for its own sake, but the mathematical tools that show up every day in circuit analysis, control systems, signal processing, and mechanical design.
Solve the time-dependent Schrödinger equation with the Split-Step Fourier Method in MATLAB, simulating quantum wave packet evolution under arbitrary potentials.
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