twhughes/Tree-Branch-Accelerator

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1
Language
MATLAB
License
MIT License
Created about 7 years ago
Updated over 2 years ago

twhughes/Tree-Branch-Accelerator

twhughes

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Systems-level modeling of on-chip optical power delivery for particle accelerators on a chip.

Symbolic-Regression

predicting equations from raw data with deep learning

Script_My_Workout

🏃 Programmable workouts from the comfort of your terminal 🏃

Adjoint-Workshop

Gentle introduction and demo of the adjoint variable method for electromagnetic inverse design

Jupyter Notebook

PhD_Thesis

Adjoint-based optimization and inverse design of photonic devices.

TD-DFT

Time-dependent density functional theory post-processing scripts for Quantum Espresso & ce-tddft output files

CompressedSensing

Recovery of Sparse Matrix in O(N) via Compressed Sensing Techniques

Accelerator_Inverse_Design

Automated inverse design of dielectric laser accelerator structures

FDTD_MATLAB

FDTD algorithm for MATLAB with animation and movie saving

Finite-Difference-Frequency-Domain

Electromagnetic frequency-domain solver

Jupyter Notebook

FDTDPy

Electromagnetic FDTD algorithm in python.

Faraday-FDFD

Jupyter Notebook

Genetic_Algorithm

Genetic algorithm to evolve a bit string to represent a specific numeric value.

Accelerator-Control

💥 Algorithms on a mesh of optical interferometers for control of laser-driven accelerators on a chip