Simulations using a non-Hermitian Lindblad-derived Hamiltonian predict size-enhanced, disorder-robust superradiant quantum yields in actin and amyloid structures, extending prior microtubule results for potential photoprotection.
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Resonance scattering spectra from molecular ensembles exhibit an elastic Rayleigh peak and an inelastic fluorescence peak that splits into upper and lower polaritons inside a cavity in the strong-coupling regime, with distinct collective scaling of intensities and integrated weights as molecule数目 N,
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Quantum-enhanced photoprotection in neuroprotein architectures emerges from collective light-matter interactions
Simulations using a non-Hermitian Lindblad-derived Hamiltonian predict size-enhanced, disorder-robust superradiant quantum yields in actin and amyloid structures, extending prior microtubule results for potential photoprotection.
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Collective resonance light scattering from thermally relaxing systems in cavities
Resonance scattering spectra from molecular ensembles exhibit an elastic Rayleigh peak and an inelastic fluorescence peak that splits into upper and lower polaritons inside a cavity in the strong-coupling regime, with distinct collective scaling of intensities and integrated weights as molecule数目 N,