Python package to simulate and study spin models
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Updated
Aug 15, 2024 - Python
Python package to simulate and study spin models
Solves the SO(5) Richardson-Gaudin model.
routine in python to compute the solids fraction
Langevin dynamics simulation of bacteriophage-bacteria interaction
Quantum-CODEX is a proof-of-concept WebApp, CLI and API for sharing, archiving, and annotating computational materials science projects.
Python for magnon (spin-wave) calculations
Nanospintronics TU/e MSc course
A Landau level simulator
Dynamics of cold atoms in a two-dimensional laser speckle-disordered potential in the regime of Rashba-type spin-orbit interaction
Realization of models from existing papers
Including non-local diagrams to overcome weakness of simple DMFT, without using cluster DMFT.---Still Developing
This Repo includes the conductance calculation codes and the plotting codes for the paper (arXiv: 1901.02655).
Interactive fitting routine for thermoluminescence glow curves (either discrete or continuous density of states)
Simulation and analysis of the effect of quantum decoherence on Anderson localisation
An open source Python package for molecular and condensed matter VQE research
Distributed multicomponent lineshape fitting routines and benchmarks for multidimensional spectroscopy and spectral imaging
Automate Quantum Espresso routines
A simple data acquisition manager for microscopists, enabling users to perform multiple imaging and spectroscopy tasks with ease and precision. Imaging or spectroscopy sets (task sets) can be queued up in a task set list and sequentially preformed. Provides an intuitive graphical user interface to ensure a smooth and responsive user experience.
data import and analysis modules for angle resolved time-of-flight experiments.
kitaev_clusters: Python package for Exact Diagonalization of the Kitaev honeycomb model. Efficient construction and diagonalization of extremely large sparse matrix Hamiltonians.
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