zhaonat/pythonFDTD

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Language
Python
Created about 6 years ago
Updated about 6 years ago

zhaonat/pythonFDTD

zhaonat

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some basic algorithms explored on the Yee Grid in FDTD

Rigorous-Coupled-Wave-Analysis

modules for semi-analytic fourier series solutions for Maxwell's equations. Includes transfer-matrix-method, plane-wave-expansion-method, and rigorous coupled wave analysis (RCWA).

Jupyter Notebook

cluster_monte_carlo

Exploration of metropolis-hastings (local) and Uli Wolff (cluster) algorithms on the Ising Model

py-maxwell-fd3d

A functional and efficient python implementation of the 3D version of Maxwell's equations

Jupyter Notebook

FDFD_modules

personal set of FDFD codes used for my research. Much of this has been inspired by Yu (Jerry) Shi and Wonseok Shin

Jupyter Notebook

RCWA_Stochastic_Optimizer

Stochastic Optimization with rigorous-coupled-wave-analysis (RCWA)

eigenwell

finite difference based eigensolving for Maxwell's equations and photonic structures

Jupyter Notebook

finite_difference_domain_decomposition

implementation of finite difference frequency domain equations for Maxwell's equations and the exploration of domain decomposition, specifically Schur complements

Captcha-Breaker-With-CNNs

Collaboration on using CNNs for reading distorted letters common in CAPTCHA systems. Autumn 2017 Stanford CS229 Best Poster in Computer Vision

shanks_born_series_fdfd

fdfd-armadillo

implementation of fdfd in C++

Jupyter Notebook

orbital_dynamics

simulating complex Newtonian dynamics with the Runge-Kutta algorithm

molecular_dynamics

exploration of MD simulations in MATLAB using the Verlet integrator

quantum_monte_carlo

implementation of determinant quantum monte carlo with some numerical enhancements for low temperature

pymatgen_materials_project_api_miner

python code to construct useful atomistic and structural features for machine learning on materials

CS230-Deep-Learning-NLP

CS230 Project in NLP and Deep Learning for Digital News Sentiment Analysis