liangjj/VariationalMonteCarlo
VariationalMonteCarlo calculation
Developer Profile
liangjj
Discovered public repositories for liangjj in the GitHub catalog.
liangjj/hubbard-lda3
Implementation of the local density approximation in the 3D Fermi-Hubbard model.
liangjj/humo
An efficient python library for solving various extended Hubbard models
liangjj/OpenTEBD-extended
extension of the admirable opensourcetebd library
liangjj/CheMPS2
CheMPS2: a spin-adapted implementation of DMRG for ab initio quantum chemistry
liangjj/bcs.mps
Public repository.
liangjj/3D-Winding-Number
Tool for computing the phase diagram and gap data of 3D condensed matter systems, via the winding number
liangjj/2D-Chern-Number
Tool for computing the phase diagram and gap data of 2D condensed matter systems, via the Chern number
liangjj/1D-Winding-Number
Tool for computing the phase diagram and gap data of 1D condensed matter systems, via the winding number
liangjj/topocm_content
Public repository.
liangjj/Wang-Landau
Wang-Landau algorithm for calculation of the Density of State (DOS) of generalised q-state Potts model
liangjj/worms
Public repository.
liangjj/tiKit
Resources for topological insulator calculations
liangjj/dmrg101
Python implementation of the DMRG algorithm for the Taipei DMRG Winter School
liangjj/tmoxides
Public repository.
liangjj/Uni_Test
Test code for CUDA
liangjj/QSimulator
QSimulator is a simulation software to study the nonlinear Schrodinger equation.
liangjj/simpimc
Simple Path Integral Monte Carlo
liangjj/SciFortran
A collection of useful (hopefully) Fortran 9x/2003 libraries for Scientific Calculations
liangjj/neqdmft
Fortran Code for the non-equilibrium Dynamical Mean Field Theory
liangjj/hVMC
a free Variational Monte Carlo code for the Hubbard model
liangjj/MFHUB
a very small and simple code that performs mean field calculations for the Hubbard model
liangjj/gpe
Parallel MPI Fortran 90 code to model Bose-Einstein condensation using the 3D Gross-Pitaevskii equation
liangjj/LanczosPlusPlus
Lanczos algorithm for models of strongly correlated electrons
liangjj/FreeFermions
Calculation of Properties of a System of Free Fermions
liangjj/libBCS
C++ library with Python interface to calculate the ground state of the non-particle conserving hermitian BCS Hamiltonian in the site basis, by means of Lanczos exact diagonalization.
liangjj/Feiguin
It's the Feiguin repository.
liangjj/tladder
Topological Ladder Project
liangjj/library
A C++ library for creating efficient and flexible physics simulations based on tensor product wavefunctions.
liangjj/free_fermi
Noninteracting fermions in a harmonic trap
liangjj/SC
Superconductivity codes
liangjj/flex-general
This is a FORTRAN 90-based code that applies the Fluctuation Exchange Approximation (FLEX) to study superconductivity and magnetism in multiband tight-binding models.
liangjj/scSuperSolver
solve equations arising out of new model of high-Tc superconductivity.
liangjj/scsbz
Mean-field self-consistent equations for slave-boson superconductivity.
liangjj/Hubbard-GPU
Calculate the groundstate energy of 1D and 2D Fermi-Hubbard model on the GPU with Cuda.
liangjj/QMC2
A collection of quantum monte carlo methods.
liangjj/tiny_dmrg
C++ implementation of the DMRG algorithm for teaching purposes
liangjj/libbzint
Tetrahedron method integration library
liangjj/F90-Numerical-Lib
Numerical library written in FORTRAN 90 containing integration, interpolation, differentiation, etc. routines.
liangjj/gaussquad
Public repository.
liangjj/fortranlib
Collection of personal scientific routines in Fortran
liangjj/fermi_gas
Public repository.
liangjj/FortranProgram
My Fortran Program For Research