RNCP

In this project we aim to overcome those limitations by providing a universal PIC platform for quantum technologies. During the course of the project, we will develop a source of on-demand highly indistinguishable photons based on InAs/InP Quantum Dots (QD), a source of entangled photons using the same QD technology, and single photon detectors in InGaAs/InP. Those components will be integrated on a SiN platform for the manipulation and control of the photons. All working at the telecom wavelength of 1550 nm. After the success of this project, we will be able to use the platforms developed for the realisation of systems for real-world applications in the field of quantum communication, computing and time dissemination, with the advantage in cost, dimension and stability associated with PIC technology compared to the solutions currently used in those fields. RNCP will undertake the installation of a quantum clock-synchronization testbed in Athens, the evaluation of QPIC devices as..

Primary location: San Francisco United States