27 skills found
block-hczhai / Block2 PreviewEfficient parallel quantum chemistry DMRG in MPO formalism
issp-center-dev / HPhiQuantum Lattice Model Simulator Package
mailhexu / TB2Ja python package for computing magnetic interaction parameters
theochem / ModelHamiltonianGenerate 1- and 2-electron integrals so that molecular quantum chemistry software can be used for model Hamiltonians.
dkorotin / ExchangesExchange parameters of Heisenberg model calculation via Green's function approach
ryuikaneko / Exact DiagonalizationNo description available
kattemolle / HVQEUser-friendly but high-performance code for simulating Variational Quantum Eigensolvers for the Heisenberg model on any lattice. It is designed to support a computer-cluster workflow.
ryuikaneko / Exactly Solvable ModelsNo description available
RGivisiez / Heisenberg SSEStochastic Series Expansion (SSE) for a isotropic S=1/2 antiferromagnetic quantum Heisenberg model in 1D, 2D or 3D lattice . Every lattice has periodic boundary conditions and should have a even number of spins.
muammar / HeisenbergHeisenberg: a program to the matrix calculation of the Heisenberg model in spin chains
maiani / ThermalspinMonte Carlo simulator for classical Heisenberg model
jkglasbrenner / SpynsMonte Carlo simulations of magnetic systems in Python
yeehui1988 / QCMQuantum Circuit Modelling Using State Vector and Heisenberg Representations
shellofnuts / Modified Ising ModelMonte-Carlo implementation of an anisotropic 2D Heisenberg Model. Used to predict magnetic order in Metal-Organic Frameworks.
mschuylermoss / HeisenbergRNNWe study the ground states of the antiferromagnetic Heisenberg model on multiple lattices
A-LOST-WAPITI / Sym4state.jlA program specifically designed to simplify the computation of magnetic interaction matrix and simulate spin textures under various environmental conditions.
sietekk / 3d.heisenberg.modelSimulation of the Classical, Isotropic, 3D Heisenberg Model
fengxu47 / QMC SSEstochastic series expansion(QMC) for 2d Heisenberg model
Akram-Ibrahim / SpinMCPackThis software package implements a Monte Carlo simulation for spin systems. It takes the Heisenberg Hamiltonian parameters and the model type ('Ising', 'XY', or '3D') as input, producing the relaxed spin configurations across a specified temperature range and relevant average magnetic properties as output.
stonerlab / JamsJAMS: a GPU accelerated atomistic spin dynamics code
