meese-wj
I'm a PhD Candidate in Theoretical Condensed Matter Physics. I'm interested in using Monte Carlo methods to study emergent behavior in quantum materials.
University of Minnesota -- Twin CitiesMinneapolis, MN
Pinned Repositories
REWL_Simulator
A general simulator for classical thermodynamical systems based on the replica-exchange Wang Landau Monte Carlo sampling algorithm.
RandomStrainDistributions.jl
A package for generating and testing random strains on a lattice as generated by dislocations in the elastic limit.
MonteCarloMeasurementUncertainty.jl
A Julia package for measuring observables from a time series generated by Monte Carlo sampling methods.
OnlineLogBinning.jl
Julia package to determine effective number of uncorrelated data points in a correlated data stream via an O(log N) online binning algorithm.
TelegraphNoise.jl
Small Julia package for generating random telegraph signals.
UncertainHistogramming.jl
A lightweight Julia package to plot a density function for a given set of values with known uncertainties.
NMRMonteCarlo
Classical_Monte_Carlo_Engine
A general-purpose Monte Carlo simulation to measure statistical properties of a thermal ensemble.
ClassicalMonteCarloSimulator.jl
A Julian simulation of temperature-dependent classical statistical mechanics in the canonical ensemble.
Cross-Validation-Example
An example Notebook using the cross validation algorithm to fit smooth curves to noisy data
meese-wj's Repositories
meese-wj/TelegraphNoise.jl
Small Julia package for generating random telegraph signals.
meese-wj/Parameters2JSON.jl
Convenience wrapper for converting between parameter structs and JSON files in Julia.
meese-wj/MonteCarloMeasurementUncertainty.jl
A Julia package for measuring observables from a time series generated by Monte Carlo sampling methods.
meese-wj/meese-wj
meese-wj/UncertainHistogramming.jl
A lightweight Julia package to plot a density function for a given set of values with known uncertainties.
meese-wj/OnlineLogBinning.jl
Julia package to determine effective number of uncorrelated data points in a correlated data stream via an O(log N) online binning algorithm.
meese-wj/TRExMC.jl
A Julia package for simulating statistical mechanics with massively-parallel Monte Carlo methods.
meese-wj/RandomStrainDistributions.jl
A package for generating and testing random strains on a lattice as generated by dislocations in the elastic limit.
meese-wj/BakingPiWithJulia
A Julia primer with basic Monte Carlo
meese-wj/SchottkyAnoMaLy.jl
A package to solve for level-splitting distributions from measured specific heat data via supervised machine learning.
meese-wj/NMRMonteCarlo
meese-wj/RFIMSimulatedAnnealing
Temporary repository to test out some ideas on the random-field Ising model.
meese-wj/Fractal-Landscapes
Python code to generate complicated energy landscapes tuned by temperature.
meese-wj/REWL_Simulator
A general simulator for classical thermodynamical systems based on the replica-exchange Wang Landau Monte Carlo sampling algorithm.
meese-wj/JM4CP
Julian Methods for Computational Physics: Assorted Notes from a Self-Taught Julia Enthusiast
meese-wj/ClassicalMonteCarloSimulator.jl
A Julian simulation of temperature-dependent classical statistical mechanics in the canonical ensemble.
meese-wj/Classical_Monte_Carlo_Engine
A general-purpose Monte Carlo simulation to measure statistical properties of a thermal ensemble.
meese-wj/Cross-Validation-Example
An example Notebook using the cross validation algorithm to fit smooth curves to noisy data
meese-wj/Smooth-Data-Fits
meese-wj/Local-MFT-Heisenberg-Spins
Local MFT for classical Heisenberg spins with arbitrary interactions
meese-wj/Data_Analysis
Library with numerical and statistical routines
meese-wj/Filesystem_Handler
A base class interface between the STL Filesystem and any future simulations.
meese-wj/Timers
Timer base class to be inherited in future simulations.