Using the concept of Superradiance Transition, we formulate the operational principles of a quantum device which can be used as a witness of wave-like behavior in molecular chains. We also test its reliability under the action of static diagonal noise, dephasing and phonon thermal bath at room temperature.
Borgonovi, F., Celardo, G., A superradiance-based biological switch, <<AIP CONFERENCE PROCEEDINGS>>, 2014; 1620 (Maggio): 54-63. [doi:10.1063/1.4899218] [http://hdl.handle.net/10807/60290]
A superradiance-based biological switch
Borgonovi, Fausto;Celardo, Giuseppe
2014
Abstract
Using the concept of Superradiance Transition, we formulate the operational principles of a quantum device which can be used as a witness of wave-like behavior in molecular chains. We also test its reliability under the action of static diagonal noise, dephasing and phonon thermal bath at room temperature.
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