Dinámica cuántica condicional disipativa en dímeros controlados ópticamente

Abstract

We calculate the energy spectrum of a pair of two-level single terrylene molecules in a paraterphenyl crystal, which are coupled via the dipole-dipole interaction and externally driven with a laser field. We give the full numerical solution of the dissipative quantum master equation and describe the population dynamics and the system�s eigenstate behaviour as a function of the strength of the intermolecular interactions, the decay mechanisms, and the external driving field. From these, we show how to induce a dissipative conditional quantum dynamics and, in particular, to simulate the two-qubit logic gates CNOT and SWAP in such a dimer.