peeterjoot / mathematica

Related projects ⓘ

Alternatives and complementary repositories for mathematica

• mark-caprio / SciDraw
  A system for preparing publication-quality scientific figures with Mathematica
  ☆28Updated last year
• cmendl / tensor_networks
  C implementation of tensor networks for quantum simulations: matrix product states and operators, time evolution (using Trotter splitting…
  ☆14Updated 5 months ago
• ribault / CFT-Review
  A review article on conformal field theory
  ☆20Updated 2 weeks ago
• ssmit1986 / DualNumbers
  Implementation of dual numbers for automatic differentiation of programs
  ☆24Updated last year
• davidsd / ph229
  Course notes for Ph229ab 2018: Conformal Field Theory
  ☆34Updated 4 years ago
• qutip / HierarchicalEOM.jl
  An efficient Julia framwork for Hierarchical Equations of Motion (HEOM) in open quantum systems
  ☆40Updated last week
• numericalEFT / NumericalEFT.jl
  Numerical Effective Field Theory for Quantum Materials
  ☆34Updated 2 years ago
• wjxway / WSA-Presentation
  Wolfram学生大使演讲PPT
  ☆14Updated 4 years ago
• Marco-Di-Tullio / Fermionic.jl
  Toolkit for fermonic simulations and fermionic quantum computation in Julia.
  ☆41Updated 2 years ago
• rogercolbeck / QI
  Quantum information mathematica package
  ☆39Updated 9 months ago
• PerimeterInstitute / Computational-Physics-Course-Winter-2020
  ☆24Updated 4 years ago
• QMeS-toolbox / QMeS-Derivation
  A mathematica package for derivation of functional equations starting from a master equation
  ☆17Updated this week
• yomichi / SpinMonteCarlo.jl
  Markov chain Monte Carlo solver for lattice spin systems implemented in Julialang
  ☆49Updated this week
• detrin / OpenQuantumSystems.jl
  Library for the numerical simulation of open quantum systems.
  ☆13Updated last year
• markusqh / DoFun
  A Mathematica package for the derivation of functional equations
  ☆20Updated last year
• kshyatt / Introduction-To-QMC
  A set of iPython Notebooks to illustrate how some Quantum Monte Carlo algorithms work
  ☆37Updated 10 years ago
• jameskermode / aps-length
  Calculate length (number of equivalent words) for APS manuscripts written with LaTeX
  ☆39Updated 6 months ago
• fbuessen / PhysicsLattice
  Library of common lattices in condensed matter physics. Includes lattice definitions, reciprocal lattices, and plotting tools.
  ☆18Updated 3 years ago
• jfeist / QuantumAlgebra.jl
  Quantum operator algebra in Julia
  ☆62Updated 3 months ago
• GiggleLiu / ScientificComputingDemos
  Demos for book: Scientific computing for physicists.
  ☆24Updated 6 months ago
• eschnett / 2018-computational-physics-course
  Announcements and nodes for my 2018 course in Computational Physics
  ☆54Updated 5 years ago
• Jutho / CMPSKit.jl
  Continuous Matrix Product States in Julia
  ☆30Updated 2 years ago
• vasilsaroka / TBpack
  Tight-binding calculations in Mathematica
  ☆14Updated last month
• avstjohn / advanced_qft
  Lectures notes from Advanced QFT lecture series given by Dr. Tobias Osborne shared on Youtube: https://bit.ly/2Vqwb0t
  ☆27Updated last year
• numericalEFT / FeynmanDiagram.jl
  Computational graph representation of multiloop Feynman diagrams
  ☆44Updated 2 weeks ago
• NonequilibriumDynamics / KadanoffBaym.jl
  Adaptive numerical solution of Kadanoff-Baym equations
  ☆27Updated 8 months ago
• sw1sh / QuantumFramework
  Perform analytic and numeric quantum computations
  ☆36Updated this week
• CRC183-summer-school / school_2021
  This is the repository for the CRC 183 summer school "Machine Learning in Condensed Matter Physics".
  ☆28Updated 3 years ago
• dlfivefifty / RHPackage
  A Mathematica package for solving Riemann–Hilbert problems numerically
  ☆28Updated 5 years ago
• quantum-mob / Q3
  Symbolic quantum simulation framework in Wolfram Language for quantum information systems, quantum many-body systems, and quantum spin sy…
  ☆36Updated this week