elvissoares

elvissoares's Stars

• KindXiaoming/pykan

  Kolmogorov Arnold Networks

  Language:Jupyter Notebook15.3k1124201.4k

• facebookresearch/nougat

  Implementation of Nougat Neural Optical Understanding for Academic Documents

  Language:Python9.1k63215583

• yang-song/score_sde_pytorch

  PyTorch implementation for Score-Based Generative Modeling through Stochastic Differential Equations (ICLR 2021, Oral)

  Language:Jupyter Notebook1.8k1663326

• GeostatsGuy/DataScienceInteractivePython

  Python interactive dashboards for learning data science

  Language:Jupyter Notebook1.1k275226

• pnnl/neuromancer

  Pytorch-based framework for solving parametric constrained optimization problems, physics-informed system identification, and parametric model predictive control.

  Language:Python9912871124

• quantum-visualizations/qmsolve

  ⚛️ A module for solving and visualizing the Schrödinger equation.

  Language:Python9612215124

• lgienapp/aquarel

  Styling matplotlib made easy

  Language:Python74512320

• MilesCranmer/SymbolicRegression.jl

  Distributed High-Performance Symbolic Regression in Julia

  Language:Julia6631714191

• google-deepmind/uncertain_ground_truth

  Dermatology ddx dataset, Jax implementations of Monte Carlo conformal prediction, plausibility regions and statistical annotation aggregation from our recent work on uncertain ground truth (TMLR'23 and ArXiv pre-print).

  Language:Python63911244

• flaport/fdtd

  A 3D electromagnetic FDTD simulator written in Python with optional GPU support

  Language:Python5302565124

• gmongaras/Diffusion_models_from_scratch

  Creating a diffusion model from scratch in PyTorch to learn exactly how they work.

  Language:Python3427326

• dfm/tinygp

  The tiniest of Gaussian Process libraries

  Language:Python298107224

• JosephBARBIERDARNAL/pypalettes

  A large (+2500) collection of color maps for Python

  Language:Python2683229

• Quantum-Accelerators/quacc

  quacc is a flexible platform for computational materials science and quantum chemistry that is built for the big data era.

  Language:Python197542153

• Ryota-Kawamura/How-Diffusion-Models-Work

  In How Diffusion Models Work, you will gain a deep familiarity with the diffusion process and the models which carry it out. More than simply pulling in a pre-built model or using an API, this course will teach you to build a diffusion model from scratch.

  Language:Jupyter Notebook1404285

• profConradi/Python_Simulations

  Various Python Simulations

  Language:Jupyter Notebook136308

• kolibril13/ipyblender-experimental

  Blender in Jupyter.

  Language:Jupyter Notebook104504

• phys-sim-book/mdbook-src

  The mdbook source of a free online book on the theory and algorithms of physics-based simulations. You are welcome to make contributions by submitting pull requests or directly contacting the authors.

  Language:TeX104426

• pmocz/cfd-comparison-python

  Comparison of various numerical methods for computational fluid dynamics

  Language:Python67305

• tjz21/DFT_PIB_Code

  Interactive Jupyter Notebooks for learning the fundamentals of Density-Functional Theory (DFT)

  Language:Jupyter Notebook633010

• pmocz/sph-python

  Smoothed-Particle Hydrodynamics simulation of Toy Star

  Language:Python56509

• drgreen/Phys_105B_S23

  Language:Jupyter Notebook33304

• BradyAJohnston/NotebookConnector

  An add-on to use Blender interactively inside of Jupyter Notebooks.

  Language:Python27324

• simongravelle/GOMC-inputs

  Input script for Monte Carlo (GCMC) simulations

  Language:Jupyter Notebook1410

• mdcourse/mdcourse.github.io

  Learn molecular simulation with Python

  Language:Python11372

• mjtcosta/DFT-UFF

  Um curso de Teoria do Funcional da Densidade (DFT)

  Language:Shell9501

• lucas-j-santos/LJS-cDFT

  A cDFT-PC-SAFT package in Python using PyTorch

  Language:Python7301

• dborgis/mdft-dev_general

  Language:Fortran5101

• delpapa/sandpilemodel

  A basic python implementation of the Bak–Tang–Wiesenfeld model

  Language:Python5203

• maxlevesque/hankel-transform

  This program computes the numerical Fourier transform of a spherically symetric function in 3-dimensions, often called the Hankel transform.

  Language:Fortran3102