Computational Physics @ GT

A computational physics research group (PI Spencer Bryngelson)

Pinned Repositories

awesome-numerics
Resources for learning about numerical methods.
Language:Makefile35 0 23
CPINN
Competitive Physics Informed Networks
Language:Python26 2 23
fully-QLBM
Code accompanying quantum LBM paper
Language:Jupyter Notebook7 3 00
group-docs
Group syllabus
Language:TeX0 2 123
PyQBMMlib
PyQBMMlib is a Python extension of QBMMlib
Language:Python8 3 37
QBMMlib
Mathematica package for quadrature moment methods
Language:Mathematica9 2 03
qce23-qpde-tutorial
Solving PDEs with quantum algorithms: A tutorial at IEEE QCE 2023
Language:Jupyter Notebook12 0 00
RBC3D
3D Spectral boundary integral solver for cell-scale blood flow
Language:Fortran7 0 173
roseNNa
Fast, minimally-invasive neural network inference library
Language:Python17 3 42
Scientific-Visualization
Scientific visualization tutorials using Paraview
16 0 40

Computational Physics @ GT's Repositories

comp-physics/awesome-numerics
Resources for learning about numerical methods.
Language:Makefile35 0 23
comp-physics/CPINN
Competitive Physics Informed Networks
Language:Python26 2 23
comp-physics/roseNNa
Fast, minimally-invasive neural network inference library
Language:Python17 3 42
comp-physics/Scientific-Visualization
Scientific visualization tutorials using Paraview
16 0 40
comp-physics/qce23-qpde-tutorial
Solving PDEs with quantum algorithms: A tutorial at IEEE QCE 2023
Language:Jupyter Notebook12 0 00
comp-physics/awesome-modeling-simulation
Resources for learning about modeling and simulation
Language:Makefile9 1 03
comp-physics/Quantum-PDE-Benchmark
Near-term quantum algorithm benchmarking for PDEs
Language:Jupyter Notebook9 1 0
comp-physics/PyQBMMlib
PyQBMMlib is a Python extension of QBMMlib
Language:Python8 3 37
comp-physics/fully-QLBM
Code accompanying quantum LBM paper
Language:Jupyter Notebook7 3 00
comp-physics/RBC3D
3D Spectral boundary integral solver for cell-scale blood flow
Language:Fortran7 0 173
comp-physics/comp-physics.github.io
Website of the Computational Physics Group @ GT
Language:CSS6 0 08
comp-physics/NISQ-Quantum-CFD
CFD solve on a current quantum computer
Language:Jupyter Notebook5 1 01
comp-physics/fast-mfm
Fast Macroscopic Forcing Method
Language:Julia2 0 01
comp-physics/QLBM-frugal
A resource frugal quantum lattice Boltzmann method
Language:Jupyter Notebook2 0 0
comp-physics/1d-shock-capturing-Euler
Simple shock capturing for 1D Euler eqns.
Language:Fortran11
comp-physics/deepOscillations
Flop-efficient neural integration
Language:Jupyter Notebook1 0 0
comp-physics/MeshfreeTrixi.jl
Meshfree extension to Trixi using RBF-based numerics
Language:Julia1 0 01
comp-physics/MeshfreeTrixiDev
Development and testing of MeshfreeTrixi.jl
Language:C++1 0 0
comp-physics/qiskit_tomography_toolbox
Framework to facilitate tomography
Language:Python1 0 0
comp-physics/RadialBasisFiniteDifferences.jl
Library for efficient RBF-FD
Language:Julia1 1 1
comp-physics/tikz-examples
Random collection of standalone TikZ images
Language:TeX1 0 0
comp-physics/TikZ-examples-2
Complete collection of my PGF/TikZ figures.
Language:TeX1 0 0
comp-physics/group-docs
Group syllabus
Language:TeX0 2 123
comp-physics/.github
0 0
comp-physics/EnsAvg_1D_Tait
1D Ensemble-averaging solver for dilute bubbly flows
Language:Fortran0 0
comp-physics/fypp
Python powered Fortran preprocessor
Language:Python0 0
comp-physics/jCODE-2
High-order multiphase/multi-physics flow solver
comp-physics/makedepf90
Generate make dependencies for Fortran code
Language:C0 0
comp-physics/pyrometheus
Code generation for thermochemistry
comp-physics/spherepack3.2
Unofficial mirror of NCAR's SPHEREPACK 3.2 https://www2.cisl.ucar.edu/resources/legacy/spherepack
Language:Fortran0 01