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Python package for numerical quantum transport calculations

Developing a network code to flexibly create (semi)-finite translationally invariant networks (defined by a single unit cell) as well as develop common functions to do with networks (such as displaying the ho-chalker spectrum)

Python package for numerical quantum transport calculations

We want to have a solver for open quantum systems that llows to plavce different spectral functions and bath operators at different parts of the system.

Webapp for grading paper-based exams

A Docker image for the Quantum Tinkerer jupyter research environment.

OtteLab website

Explorations with second quantization sympy code to use with Pymablock.

Python bindings for the MUMPS direct sparse solver

Python package for solving rate equations on finite dimensional Fockspaces

Skeleton for research projects

van der sar lab website

Set of tools to work with PMM problems in second quantization

Code to do quasi-degenerate perturbation theory to any order and as efficiently as possible. Numerical and symbolic implementation.