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Introduction to quantum nanoelectronics tutorial

Python package for numerical quantum transport calculations

Study and improve scientific plotting traditions

Simulate g(Vg) for actual quantum point contacts belonging to the Juliang experimental data set. Comparing with experiments.

Lecture notes for TN2844 solid state physics (website)

Explorations with second quantization sympy code to use with Pymablock.

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

cquad implementation in c++

Python bindings for the MUMPS direct sparse solver

Lecture notes for TN3105 - Mathematics for Quantum Physics

Lecture notes for TN2844 solid state physics (website)