Two Dimensional Fokker-Planck Solver using Matlab
Development version of phaseR, an R package for phase plane analysis of one- and two-dimensional autonomous ODE systems
Various ODEs
Collection of numerical methods programs relating to systems of differential equations found in an applied physics context.
We propose a minimal dynamical mechanism for the emergence of physical time from an atemporal CPT-invariant vacuum. Using a nonlinear phase equation admitting a stable limit cycle, we interpret time as a time-crystalline phase arising via spontaneous time-translation symmetry breaking, without assuming an external clock.
Python scripts supporting tutorials on phase plane analysis.
Dynamical model implementations are available. Introduction to nonlinear systems.
Van der Pol Oscillator in C++. Finite Differences, SPSA and LQR controllers are used to drive the oscillator.
Applied Math Lab
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