A demonstration of Brownian motion using simple Monte Carlo simulation
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Updated
Aug 7, 2017 - Mathematica
A demonstration of Brownian motion using simple Monte Carlo simulation
A notebook to correct an energy landscape, as measured by particle tracking, for static and dynamic errors.
We give the solutions for the Song-Shan-Hu Sping School Coding Challenge in this repo.
A set of autonomous Mathematica programs which explore the chaos in Gauss-Bonnet black holes, Reissner-Nordstrom black holes, Schwarzschild black holes, Born-Infeld black holes and hyper scale violating manifolds in Anti de-Sitter space.
This project implements a discretized version of exact transforms between the conformation of a polymer and the correlated active processes that drive this polymer.
Mathematica codes used to generate figures in the paper 'Witnessing a Poincaré recurrence with Mathematica', Results in Physics 7, 3373 (2017)
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