A numerically efficient framework constructs the scattered Green's function for multi-cavity systems from individual quasinormal modes via Dyson equation iterations under a few-mode approximation.
M¨ uller, Die Grundz¨ uge einer mathematischen Theo- rie elektromagnetischer Schwingungen, Archiv der Math- ematik1, 296 (1948)
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A new theoretical framework describes retarded interactions between quasinormal modes of separated lossy cavities and quantum emitters via a bath of propagating photons using system-bath correlation functions.
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Green's function expansion for multiple coupled optical resonators with finite retardation using quasinormal modes
A numerically efficient framework constructs the scattered Green's function for multi-cavity systems from individual quasinormal modes via Dyson equation iterations under a few-mode approximation.
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Quantum dynamics of coupled quasinormal modes and quantum emitters interacting via finite-delay propagating photons
A new theoretical framework describes retarded interactions between quasinormal modes of separated lossy cavities and quantum emitters via a bath of propagating photons using system-bath correlation functions.