Integrated circuit device efficiently generates single photons for photonic computing applications
Dirk Englund, Ph.D.
Highly efficient photon generation due to time multiplexing protocol; simulations suggest a three-fold improvement in single photon generation efficiency compared to bulk optics.Photon integrated circuit architecture can easily be integrated with current opto-electronic platforms.Easily scalable method due to the photon integrated circuit architecture.Patent information:Patent Pending (WO/2013/009946) Tech Ventures Reference: IR CU12009
Well-encrypted communication for defense and other high security applicationsSingle photon source for high performance computing, quantum computer systems, and high performance simulations.Photon production for use in precise, high-resolution, highly sensitive measurements.Calibration of single photon detectors for biological studies, by offering stable, bright single photons.
Dirk Englund, Ph.D.
美國
