htwei17

...and then one's life will not have been lived in vain.

Harmonic Trap, Quantum

Pinned Repositories

bilayer_tight_binding
Publication-ready directory for single and bi-layer graphene DFT tight-binding models under lattice deformation.
Language:Python00
cmaes
Python library for CMA Evolution Strategy.
Language:Python00
DominantSparseEigenAD
Reverse-mode AD of dominant sparse eigensolver using Pytorch.
Language:Python00
htwei17.github.io
My personal website
Language:Ruby00
HubbardTweezer
Calculate Hubbard parameters in optical tweezer array systems
Language:Python10
mainline
The mainline development distribution for QWalk
Language:C++00
monokai-k
A darker Monokai Pro New with syntax highlighting modified
00
otfcc
Optimized OpenType builder and inspector.
Language:C00
pymanopt
Python toolbox for optimization on Riemannian manifolds with support for automatic differentiation
Language:Python00
pymanopt
Python toolbox for optimization on Riemannian manifolds with support for automatic differentiation
Language:Python749 29 118147

htwei17/HubbardTweezer
Calculate Hubbard parameters in optical tweezer array systems
Language:Python10
htwei17/bilayer_tight_binding
Publication-ready directory for single and bi-layer graphene DFT tight-binding models under lattice deformation.
Language:Python00
htwei17/cmaes
Python library for CMA Evolution Strategy.
Language:Python00
htwei17/DominantSparseEigenAD
Reverse-mode AD of dominant sparse eigensolver using Pytorch.
Language:Python00
htwei17/htwei17.github.io
My personal website
Language:Ruby00
htwei17/mainline
The mainline development distribution for QWalk
Language:C++00
htwei17/monokai-k
A darker Monokai Pro New with syntax highlighting modified
00
htwei17/otfcc
Optimized OpenType builder and inspector.
Language:C00
htwei17/pymanopt
Python toolbox for optimization on Riemannian manifolds with support for automatic differentiation
Language:Python00
htwei17/QuSpin
A python wrapper for doing ED calculations on many-body systems
Language:Python00
htwei17/VPIN
Order flow toxicity; Volume-Synchronized Probability of Informed Trading
Language:Jupyter Notebook0 0 00
htwei17/xitorch
Differentiable scientific computing library
Language:Python00