View Code? Open in Web Editor
NEW
An open source Python package for molecular and condensed matter VQE research
License: MIT License
vqepy's Introduction
Hello there, I'm Javier.
HandWritting : A web app to read handwritten characters in some alphabets.
The available alphabets are hiragana, hangul and cyrillic.
ALT : A software that helps you in to review the things you learn in a language.
WeatherCheck : A software to indicate the weather prediction in the current day through a console interface.
The available countries are Chile and Argentina.
VqePy : Python library that implement a interface to construct spin model representantions and execute variational quantum algorithms.
The available models are Molecules, Fermi-Hubbard and spin models.
The available methods are VQE.
SpinSim.py : Python package that allow to construct matrix representations of spin models and compute some quatities of interest.
SpinSim.jl : Julia version of the SpinSim.py.
SMMCodes : Repository with scripts to simulate different SMM and their differents properties.
C++ quantum circuit : My implementation of a quantum circuit in C++ having a small set of gates.
-->
vqepy's People
Contributors
Stargazers
Watchers
vqepy's Issues
Considering the new versions of the libraries, do an review and correction of any changes that affect the workflows and see new functionalities.
Numpy matrix
Create a function that can take Pennylane's hamiltonian into a numpy array, this function should be into the classes
Numpy eigenvector and eigenvalues
Create a general function that can compute the eigenvector and eigenvalues of any square matrix.
Implements new ansatzs and new methods to compute
Error installing basis-set-exchange from pypi, delete from the code
Construct a test that build the hamiltonian for the H2 molecule using different optimizers and see that give the same value (with a tolerance of 1e-6).
Try to add dask parallelization of some bottleneck flows in the code
Create a documentation using the same scheme that SpinSim
Add an spin model for an arbitrary value of spin, a boson-fermi hubbard and a fermi hubbard that consider more than two fermions per site.
Create functions that allows us to create customs lattices for fermi-hubbard and spin 0.5, the output should be equal to the library networkx.
Input: List of tuples that represent the lattice.
Output: List of nodes and paths in networkx format.