Selected data and analysis notebooks for "Tunable Electron Quantum Optics in Graphene Slit Junctions"

This dataset provides selected numerical transmission data and Python analysis notebooks accompanying the manuscript “Tunable Electron Quantum Optics in Graphene Slit Junctions.” The monolayer graphene data contain transmission as a function of the magnetic-flux parameter for slit widths of 5, 10, 15, and 20 Å. The calculations employ an atomistic nearest-neighbor tight-binding model with hopping parameter t = −2.7 eV and the SiSL/TBtrans framework. The accompanying Jupyter notebooks perform discrete Fourier analysis, low-frequency background removal, and harmonic fitting of the transmission oscillations. The archive additionally contains selected TBtrans NetCDF outputs and bilayer graphene current-map data. The bilayer calculations use a four-band continuum Hamiltonian implemented on a numerical grid in Kwant, distinct from the carbon-atomistic monolayer model.