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fancompute

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Registered over 11 years ago
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Jupyter Notebook
60.0 %

Python
35.0 %

Julia
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Location 🇺🇸 United States
Country Total Rank 6,419
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Jupyter Notebook
530

Julia
713

Python
1,143

wavetorch

🌊 Numerically solving and backpropagating through the wave equation

ceviche

🦐 Electromagnetic Simulation + Automatic Differentiation

neuroptica

Flexible simulation package for optical neural networks

angler

Frequency-domain photonic simulation and inverse design optimization for linear and nonlinear devices

legume

🌱 Guided-mode expansion of photonic crystal slabs

qpga

Simulations of photonic quantum programmable gate arrays

Jupyter Notebook

workshop-invdesign

📐 Workshop material for optical inverse design and automatic differentiation

Jupyter Notebook

fdfdpy

Pure Python implementation of the finite difference frequency domain (FDFD) method for electromagnetics

Jupyter Notebook

ising-compiler

🍰 Compiling your code to an Ising Hamiltonian so you don't have to!

Jupyter Notebook

FDFD.jl

Pure Julia implementation of the finite difference frequency domain (FDFD) method for electromagnetics

Jupyter Notebook

Rigorous-Coupled-Wave-Analysis

Rigorous coupled wave analysis and PWEM implemented in short readable python codes

Jupyter Notebook

vtmm

Vectorized transfer matrix method (TMM) for computing the optical reflection and transmission of multilayer planar stacks

simphox

Another inverse design library (wip)

neuroptica-notebooks

Jupyter notebooks for the neuroptica simulator

Jupyter Notebook

Isolators_CMT

🎭 Coupled-mode theory for some modulation-based optical isolators

Jupyter Notebook

electro-optic-activation

This notebook contains code for the machine learning tasks in the electro-optic activation function paper

Jupyter Notebook

FDFDViz.jl

Visualization and plotting helper functions for FDFD.jl

synthetic-hamiltonians

Jupyter Notebook

rcwa4d

Rigorous Coupled Wave Analyses (RCWA) for layered structures with incommensurate periodicities

Jupyter Notebook

bilevel-inverse-design-of-optical-switch

inverse design of optical switch based on bilevel optimization inspired by meta-learning

Jupyter Notebook