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Nicolas Renaud

13-20 of 20

QMCBlip

QMCBlip allows to couple Quantum Monte Carlo Simulations with Machine Learning Force Fields to accelerate Molecular Dynamics simulations

  • (Python)
3
0

Davidson diagonalization in Fortran

This package contains a Modern Fortran implementation of the Davidson diagonalization algorithms to compute several eigenvalue-eigenvector pairs of a symmetric matrix

  • High performance computing
  • (CMake)
  • (Fortran)
  • (Python)
3
0

vqls-prototype

Variational Quantum Linear Solver Library.

  • Numerical analysis
  • Quantum Computing
  • (Python)
2
0

Eigencuda

Offload Eigen matrix-matrix multiplications to an Nvidia GPU

  • GPU
  • High performance computing
  • (C++)
  • (CMake)
2
0
Logo for QMCTorch

QMCTorch

Use and design neural network ansatz wave function for real-space quantum Monte Carlo simulations of molecular systems.

  • Computational Chemistry
  • GPU
  • High performance computing
  • + 2
  • (Python)
  • (TeX)
2
0

qalcore

Core Library of the Quantum Application Lab

  • python
  • Quantum Computing
  • ("Jupyter Notebook")
  • (Python)
  • (Shell)
2
0

qubols

qubols allows to solve linear system using a QUBO approach that can be deployed on quantum annealers

  • Numerical analysis
  • Quantum Computing
  • ("Jupyter Notebook")
  • (Python)
  • (Shell)
2
0

Ceiba

Ceiba and its command-line interface Ceiba-cli solve the problem of computing, storing, and securely sharing computationally expensive simulation results.

  • Optimized data handling
  • (Dockerfile)
  • (Python)
  • (Shell)
  • + 1
2
0