Observation of a gapless charge order mode dispersing to 0.8 eV in the optically excited metastable state of Sr14Cu24O41 using time-resolved RIXS at the upper Hubbard band.
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Ta2Ni(Se,S)5 exhibits strong long-wavelength electron-phonon coupling with g/ω0 ~10 in the normal state, indicating the phase transition is driven by interband coupling rather than pure excitonic insulation.
citing papers explorer
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A light-induced charge order mode in a metastable cuprate ladder
Observation of a gapless charge order mode dispersing to 0.8 eV in the optically excited metastable state of Sr14Cu24O41 using time-resolved RIXS at the upper Hubbard band.
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Strong long-wavelength electron-phonon coupling in Ta$_2$Ni(Se,S)$_5$
Ta2Ni(Se,S)5 exhibits strong long-wavelength electron-phonon coupling with g/ω0 ~10 in the normal state, indicating the phase transition is driven by interband coupling rather than pure excitonic insulation.