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Introduction

  • What is QuantNBody ?
  • Brief illustration of what is possible
  • How to contribute
  • Support

How to install

  • Installation and Running

Tutorials and examples

  • A few remarks
  • Tuto 1: first steps with the package
  • Tuto 2: playing with many-body wavefunctions
  • Tuto 3: electronic structure Hamiltonian and spin operators
  • Tuto 4: the Bose-Hubbard system
  • Tuto 5: Hybrid Fermion-Boson Systems
  • Tuto 6: Hybrid fermion-boson Hamiltonians: Hubbard-Holstein and polaritonic chemistry

List of implemented functions

  • Note on the structure of the package
  • Fermionic systems
  • Bosonic systems
  • Fermionic-Bosonic hybrid systems

How to cite

  • How to cite
QuantNBody
  • How to cite
  • View page source

How to cite

When using QuantNBody for research projects, please cite our reference paper:

Yalouz et al., (2022). QuantNBody: a Python package for quantum chemistry and physics to build and manipulate many-body operators and wave functions. Journal of Open Source Software, 7(80), 4759

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© Copyright 2022, Saad Yalouz.

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