A Green-function framework derives Floquet polariton spectra in pumped quantum materials from their nonlinear optical susceptibilities, predicting flat bands, exceptional points, and parametric instability in graphene, hBN, and layered superconductors.
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Replica bands in ARPES of TMD/hBN stacks indicate long-range electron-phonon coupling from hBN phonons dressing TMD quasiparticles, captured semi-quantitatively by a modified Fröhlich model.
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Floquet polaritons in optically driven materials
A Green-function framework derives Floquet polariton spectra in pumped quantum materials from their nonlinear optical susceptibilities, predicting flat bands, exceptional points, and parametric instability in graphene, hBN, and layered superconductors.
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Electron-phonon coupling across the TMD/hBN van der Waals interface
Replica bands in ARPES of TMD/hBN stacks indicate long-range electron-phonon coupling from hBN phonons dressing TMD quasiparticles, captured semi-quantitatively by a modified Fröhlich model.