Stars
MQT ProblemSolver - A MQT Tool for Solving Problems Using Quantum Computing
Package for expressing, composing, and costing quantum algorithm subroutines
FiPy is a Finite Volume PDE solver written in Python
DO NOT CHECK OUT THESE FILES FROM GITHUB UNLESS YOU KNOW WHAT YOU ARE DOING. (See below.)
The fundamental package for scientific computing with Python.
Lattice Boltzmann fluid simulation
Carleman linearization of polynomial differential equations in SageMath.
Carleman linearization for dynamical systems in Julia
Code accompanying The Lattice Boltzmann Method: Principles and Practice
This is a repository of MATLAB codes accompanying "Analysis of Carlemann Linearization of Lattice Boltzmann".
This is a repository of the code accompanying "Quantum Carleman Lattice Boltzmann Simulation of Fluids". It implements the linear embedding introduced by Kowalski to describe nonlinear dynamics in …
Documentation of Applications for Quantum Computers
Numerical simulations using flexible Lattice Boltzmann solvers
Planted solution generation for electronic structure Hamiltonians
Scientific Python package for tight-binding calculations in solid state physics
Simple python code to interactively generate visualizations of moire patterns of hexagonal lattices such as magic angle bilayer graphene.
Simple and efficient Python package for modeling d-dimensional Bravais lattices in solid state physics.
A code to generate atomic structure with symmetry
Algorithms for Learning Graphical Models
Python interface for the SCIP Optimization Suite
The electronic structure package for quantum computers.
Julia implementation of RISE, logRISE and RPLE algorithms for the inverse Ising problem
Codes accompanying the paper "Quantum algorithm implementations for beginners"