WannierBSE-MATLAB is a high-performance computational suite engineered for solving the Bethe-Salpeter Equation (BSE) within the Wannier Tight-Binding (WTB) framework, specialized for 2D materials.
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Nov 4, 2026 - Python
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excitonsHere are 10 public repositories matching this topic...Xatu solves the Bethe-Salpeter equation in solids to obtain the exciton spectrum
dft density-functional-theory tight-binding optics solid-state-physics electronic-structure absorption bethe-salpeter condensed-matter-physics wavefunction excitons localized-orbitals
A Python package for numerical quantum mechanics of chain-like systems based on tensor trains
phonons matrix-product-states quantum-dynamics slim-decomposition schroedinger-equation tensor-trains excitons excitonic-energy-transport exciton-phonon-coupling low-rank-tensor-decomposition quantum-classical-dynamics ehrenfest-dynamics
Quantum Simulation of Exciton Transport
Low-cost, low-energy, room-temp quantum computing, made open and accessible. The ultimate in open hardware to solve the ultimate in difficult problems.
physics quantum open-hardware quantum-computing open-hardware-electronics quantum-physics exciton electronic-circuits exciton-energy-transfer excitons exciton-condensates
Educational API for semiconductor exciton physics in dark matter detection. Learn Wannier model for binding energies & Bohr radii. FastAPI + SQLModel, 44 tests, S-grade quality. Free version - upgrade to DMCA Professional for research-grade DFT + BSE in sub-GeV dark matter experiments
python quantum-mechanics openapi pytest led educational semiconductor-physics materials-science dark-matter science-research solar-cells optoelectronics pydantic fastapi sqlmodel excitons
A C++ code for computing the Purcell factor (both radiative and non radiative decay rates) of a dipole placed above a planar surface using Greens function approach.
Ultra fast BSE solver.
Calculation programs for SWNT excitonic environmental (dielectric) effects, related to the work published in Appl. Phys. Lett. 97, 091905 (2010)
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