TM Polarized Photon Pair Generation in Linearly Uncoupled Silicon Resonators

David J. Starling,Jacob Poirier,Michael L. Fanto,Jeffrey A. Steidle,Christopher C. Tison,Gregory A. Howland,Stefan F. Preble

TM Polarized Photon Pair Generation in Linearly Uncoupled Silicon Resonators

2020

David J. Starling
Jacob Poirier
Michael L. Fanto
Jeffrey A. Steidle
Christopher C. Tison
Gregory A. Howland
Stefan F. Preble

We demonstrate photon pair production with measured rates above 1 kHz in linearly uncoupled resonators in a silicon waveguide using highly dispersive TM polarized light. This approach extends the capabilities of quantum devices in silicon.

Keywords:

Four-wave mixing
Resonator
quantum devices
Silicon
Optoelectronics
Pair production
Waveguide
Physics
Polarization (waves)
Photon

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