An SU(4) symmetric Pauli-type rate equation unifies collective dissipation across seven four-level atomic topologies, yielding superlinear peak-intensity scaling exponents of 1.81–1.92.
Röhlsberger , author K
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Derives CQED-DDI model separating free-space and dielectric effects, concluding direct intermolecular interactions are essential for multi-molecule exciton-polariton dynamics.
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Multi-channel collective dissipation via the symmetric irreducible representation of SU(4)
An SU(4) symmetric Pauli-type rate equation unifies collective dissipation across seven four-level atomic topologies, yielding superlinear peak-intensity scaling exponents of 1.81–1.92.
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Microscopic theory of exciton-polariton model involving multiple molecules: Macroscopic quantum electrodynamics formulation and essence of direct intermolecular interactions
Derives CQED-DDI model separating free-space and dielectric effects, concluding direct intermolecular interactions are essential for multi-molecule exciton-polariton dynamics.