Single Microwave Photon Detection with a Trapped Electron
AbstractWe investigate theoretically the use of an electron in a Penning trap as a detector of single microwave photons. At the University of Sussex we are developing a chip Penning trap technology, designed to be integrated within quantum circuits. Microwave photons are guided into the trap and interact with the electron’s quantum cyclotron motion. This is an electric dipole transition, where the near field of the microwave radiation induces quantum jumps of the cyclotron harmonic oscillator. The quantum jumps can be monitored using the continuous Stern-Gerlach effect, providing the quantum non demolition signal of the microwave quanta. We calculate the quantum efficiency of photon detection and discuss the main features and technical challenges for the trapped electron as a quantum microwave sensor. View Full-Text
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Cridland, A.; Lacy, J.H.; Pinder, J.; Verdú, J. Single Microwave Photon Detection with a Trapped Electron. Photonics 2016, 3, 59.
Cridland A, Lacy JH, Pinder J, Verdú J. Single Microwave Photon Detection with a Trapped Electron. Photonics. 2016; 3(4):59.Chicago/Turabian Style
Cridland, April; Lacy, John H.; Pinder, Jonathan; Verdú, José. 2016. "Single Microwave Photon Detection with a Trapped Electron." Photonics 3, no. 4: 59.
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