whq2605

whq2605's Stars

• jbloomlab/neutcurve

  Fit and plot neutralization curves

  Language:Jupyter Notebook93

• cairola/GiantVacuoleProject

  Repository with all codes (in Wolfram Mathematica) developed for simulations of giant vacuoles

  Language:Mathematica1

• chathub-dev/chathub

  All-in-one chatbot client

  Language:TypeScript9.9k999

• stevencohn/OneMore

  A OneNote add-in with simple, yet powerful and useful features

  Language:C#2.5k212

• ronceray/StochasticForceInference

  Python implementation of the force and diffusion inference method described in (Frishman and Ronceray, Phys. Rev. X 10, 021009, 2020).

  Language:Python237

• leouieda/cv

  A LaTeX template for academic CVs

  Language:TeX23852

• MunskyGroup/uqbio2022

  2nd Annual Undergraduate Quantitative Biology (UQ-bio) Summer School

  165

• missing-semester-cn/missing-semester-cn.github.io

  the CS missing semester Chinese version

  Language:CSS6.1k917

• FlorianMarquardt/machine-learning-for-physicists

  Code for "Machine Learning for Physicists" lecture series by Florian Marquardt

  Language:Jupyter Notebook259153

• cristianlacey/Cahn-Hilliard

  Solving the Cahn-Hilliard equation with finite difference and spectral methods.

  Language:Python71

• elvissoares/PyCahnHilliard

  A python script to solve the Cahn-Hilliard equation using an implicit pseudospectral method

  Language:Python2910

• taolicheng/DL4Physics

  Knowledge Base for Deep Learning Applications in a General Scope of Physical Sciences (maybe more focused on specific sub-domains)

  62

• falloutdurham/beginners-pytorch-deep-learning

  Repository for scripts and notebooks from the book: Programming PyTorch for Deep Learning

  Language:Jupyter Notebook453264

• AstroHackWeek/AstroHackWeek2020

  repo for materials for AstroHackWeek 2020

  Language:Jupyter Notebook2217

• DedalusProject/dedalus

  A flexible framework for solving PDEs with modern spectral methods.

  Language:Python485114

• Connor323/Cancer-Cell-Tracking

  This project focuses on tracking cancer cell based on Fuhua et al. [1], which used watershed algorithm to segment cells and built a feature vector for cell tracking including the information of position, shape, spatial distribution and texture.

  Language:Jupyter Notebook358

• mmerkel/triangles-segga

  Extract triangle-based cell shape anisotropy from SEGGA-segmented image data

  Language:Python31

• aloosley/tensorflow-workshop

  Slides and code from our TensorFlow workshop.

  Language:Jupyter Notebook11

• aloosley/plosONE_directionalityTime

  publically available data for "Describing Directional Cell Migration with a Characteristic Directionality Time," published in PLOS ONE in 2015

  Language:Matlab1

• lab-of-living-matter/freqent

  Repository for calculating entropy production rates via the entropy production factor

  Language:Python41

• sknepneklab/ABPTutorial

  KITP tutorial codes for Active Brownian Particles

  Language:Jupyter Notebook125

• red-starter/Ising-Model

  A python script that uses the metropolis algorithm to simulate a 2D Ising lattice

  Language:Python1911