The physics of quantum entanglement offers a novel means for detecting and probing correlated many-body processes in both atomic and condensed-phase systems.  In my talk, I will present our recent theoretical advances for computing quantum response functions for atom/photon entanglements involving 2 or more photons.  Our approach uses input/output theory to connect the incoming and outgoing quantized radiation fields to the internal dynamics of a quantum sub-system, which in turn, is coupled to a dissipative environment. In such open-dissipative systems, instabilities lead to quantum symmetry breaking which are manifest in the form of novel optical emission.   I shall discuss how the competition between incoherent an coherent coupling between a quantum emitter and a surface plasmon mode can lead to a novel symmetry breaking transition in the form of anomolous lasing (lasing without population inversion).

Quantum optics and dynamics in open/dissipative system

Macromolecular Chemistry: The Second Century

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ACS Spring 2020 National Meeting & Expo

The official archive and repository for all ACS Meetings & Expositions abstracts and select posters or presentations.