Alternatives and similar repositories for sympsi-notebooks

Users that are interested in sympsi-notebooks are comparing it to the libraries listed below

• jrjohansson / reproduced-papers
  A collection of IPython notebooks with reproduced numerical results of some interesting papers.
  ☆33Updated 10 years ago
• qojulia / QuantumOptics.jl-examples
  Examples for QuantumOptics.jl
  ☆34Updated last month
• sympsi / sympsi
  Symbolic Quantum Mechanics using SymPy
  ☆39Updated 9 years ago
• nathanshammah / piqs
  Permutational Invariance Quantum Solver for Lindblad open quantum system dynamics
  ☆19Updated last year
• amilsted / evoMPS
  An implementation of the time dependent variational principle for matrix product states
  ☆70Updated 3 years ago
• PIQuIL / QuLAPENO
  Tutorials for a mini course in machine learning and quantum physics
  ☆41Updated 6 years ago
• trotter-suzuki-mpi / trotter-suzuki-mpi
  Massively Parallel Trotter-Suzuki Solver
  ☆35Updated 4 years ago
• BBN-Q / QuantumTomography.jl
  Julia package to perform quantum state and process tomography
  ☆33Updated 2 weeks ago
• kshyatt / Introduction-To-QMC
  A set of iPython Notebooks to illustrate how some Quantum Monte Carlo algorithms work
  ☆37Updated 10 years ago
• dsuess / mpnum
  Matrix Product Representation library for Python
  ☆55Updated 2 years ago
• heitorc7 / oDMRG
  Code repository for the ITensor based Open DMRG algorithm.
  ☆16Updated 2 years ago
• jhauschild / lecture_comp_methods
  Tutorials for the lecture "Computational Methods in Many-Body Physics"
  ☆70Updated 5 years ago
• tmancal74 / quantarhei
  Open Quantum System Theory for Molecular Systems
  ☆23Updated this week
• tempoCollaboration / OQuPy
  A Python package to efficiently simulate non-Markovian open quantum systems with process tensors.
  ☆86Updated 6 months ago
• jrjohansson / wavefunction
  Python package for calculating wavefunctions for 1D and 2D potentials.
  ☆87Updated 10 years ago
• GregDMeyer / dynamite
  Fast quantum evolution and eigensolving using Krylov subspace methods via the PETSc/SLEPc libraries.
  ☆34Updated 7 months ago
• rogercolbeck / QI
  Quantum information mathematica package
  ☆44Updated 5 months ago
• rokzitko / sneg
  sneg is a Mathematica package for performing algebraic calculation with non-commuting operators in many-particle physics
  ☆56Updated 3 weeks ago
• quantum-kite / kite
  KITE Quantum Transport Software
  ☆31Updated 2 weeks ago
• sjt48 / PyFlow
  The PyFlow package is a Python implementation of the flow equation method for approximately diagonalising large many-body quantum systems…
  ☆24Updated last year
• kwant-project / kwant-tutorial-2016
  An introduction to quantum nanoelectronics
  ☆23Updated last year
• twesterhout / nqs-playground
  High-performance (& with GPU support) implementation of Stochastic Reconfiguration and Stochastic Wavefunction Optimisation methods for N…
  ☆16Updated last year
• mhauru / ncon
  Tensor network contraction function for Python 3.
  ☆48Updated 2 years ago
• mwallerb / LAZY
  Library of Quantum Many Body Algorithms in Simple Implementations
  ☆20Updated 8 years ago
• yomichi / SpinMonteCarlo.jl
  Markov chain Monte Carlo solver for lattice spin systems implemented in Julialang
  ☆51Updated 6 months ago
• waltergu / HamiltonianPy
  Hamiltonian generator and several algorithms, including TBA, ED, CPT/VCA and DMRG, etc.
  ☆38Updated 2 years ago
• CQuIC / pysme
  A package for simulating stochastic master equations in python
  ☆17Updated 3 years ago
• nathanshammah / interactive-notebooks
  Interactive Jupyter notebooks that run on My Binder for quantum physics lectures
  ☆11Updated 2 years ago
• JuliaQuantum / QuDynamics.jl
  A JuliaQuantum package for solving dynamical equations in quantum mechanics.
  ☆43Updated 8 years ago
• mabuchilab / QNET
  Computer algebra package for quantum mechanics and photonic quantum networks
  ☆74Updated 6 years ago