Magnetic flux in a mesoscopic SQUID controlled by nonclassical electromagnetic fields
Jerzy Dajka, Jerzy Łuczka
DOI 10.1103/PhysRevB.80.174529 · Physical Review B
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Abstract
We analyze SQUID coupled to a nonclassical electromagnetic field (NEM) and show that properties of the SQUID can be manipulated by a choice of a state of NEM. In particular, energy or fluctuations of magnetic flux threading the loop of the SQUID can be resolved into separate lines for each photon number state of one-mode NEM. The impact of two-mode NEM prepared in entangled Bell states is discussed. The findings suggest an experimental method of detection of photon states: the SQUID response is dependent on the number of photons in one-mode NEM and on the Bell states of a two-mode NEM.
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