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fermi-surface

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joselado / pyqula

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Python library to compute properties of quantum tight binding models, including topological, electronic and magnetic properties and including the effect of many-body interactions.

topology tight-binding density-of-states disorder interactions magnetism quantum-transport electronic-structure symmetry-breaking superconductivity topological-insulator mean-field-theory moire-pattern fermi-surface non-collinear-magnetism spectral-functions spin-textures heavy-fermions
  • Updated Oct 16, 2026
  • Jupyter Notebook

matthewjdoyle / Marching-Cubes-for-Fermi-Surfaces

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This computational physics project implements a modular Tight-Binding (TB) physics engine coupled with the topologically guaranteed Marching Cubes 33 (MC33) algorithm in Fortran 90, alongside a Python visual scripting and benchmarking suite.

python tight-binding scientific-visualization computational-physics matplotlib isosurface marching-cubes fortran90 electronic-structure condensed-matter-physics fermi-surface
  • Updated Jun 2, 2026
  • Fortran

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