Dissipative dynamics of strongly interacting, optically driven Rydberg gases (B02)

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Combining strong, long-range interactions with inherent bath coupling, optically driven Rydberg gases are perfectly suited to study correlated transport phenomena in open systems. A percolation-type transport with an absorbing-state phase transition, featuring criticality and self-organization, will be investigated. Crucial microscopic mechanisms to realize and possibly change the universal collective behavior are investigated. Extending the study to the class of resonant dipole-mediated transport, we will investigate XY and XXZ spin models in the presence of local loss and gain.