9 results for “topic:critical-phenomena”
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The finite-size scaling methods for critical phenomena
A curve fitting tool based on MATLAB for hysteresis curve analysis.
All the code used in the simulations for my masters thesis.
Replication package for Fisher curvature scaling exponent d_R = 10/9 at 2D Ising critical point
Analysis scripts and input files to reproduce simulations of the research activity conducted by R. Menta at Princeton Univeristy for the Master Thesis project.
Code related to my work on the Yang Lee edge singularity for classic O(N) universality classes. I hand derived flow equations for a full second order derivative expansion. Then using a Taylor expansion about various field values, I use Mathematica to compute the flow equations for the Taylor coefficients, simplify equations, and solve them.
A naïve attempt to replicate Choptuik's discovery of the critical phenomena during gravitational collapse simulation.
VibeSpin is a high-performance Python framework for simulating and analyzing 2D lattice spin systems (Ising, XY, and q-state Clock models) with Numba-accelerated Monte Carlo dynamics, correlation/structure diagnostics, and reproducible benchmarking workflows.