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Arrays of numbers for Python, optimized for small sizes

Arrays of numbers for Python, optimized for small sizes

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)

Lecture notes of AP3033 Applications of Quantum Mechanics

Python package for numerical quantum transport calculations

Topology course

Python bindings for the MUMPS direct sparse solver