strong-coupling

Optical Transfer Matrix Solver with index dispersion

Computes the anti-crossing between a cavity mode and a dipole with the transfer matrix method

Computes the transmission, reflection and absorption spectra of a planar microcavities compose of dielectric spacers, organic absorbers and metal or dielectric mirrors. Observables are obtained using the transfer matrix (TMM) method.

Computes Polariton anti-crossing

Code for the paper "Physics-informed Transformers for Electronic Quantum States" (2024).

Python package for computing electromagnetic coupling between molecular and plasmonic excitations via transition densities and FFT-based Coulomb solver.

A Julia-based analysis framework for the ALICE experiment at the LHC

End-to-end SageMath verification of Pisot Dimensional Theory's foundational numerical claims. Runs in under a minute.