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When the coherent energy exchange between a light mode and quantum emitters is faster than the decay and decoherence of either constituent, the energy levels of both systems become inextricably linked and the system reaches the strong coupling regime. A novel system reaching this limit is formed when collectively coupling a photonic mode inside an optical microcavity to molecular bond vibrations in...
Strong coupling is achieved when the coherent energy exchange between a confined electromagnetic field mode and material excitations becomes faster than the decay and decoherence of either constituent. This creates a paradigmatic hybrid quantum system with eigenstates that have mixed light-matter character (polaritons). Organic molecules are a particularly useful system to achieve strong coupling...
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