In-Situ Ion Counting for Deterministic Placement of Single Photon Emitters
Abstract not provided.
Publications
Single Photon Emitters Coupled to Photonic Wire bonds
This project will test the coupling of light emitted from silicon vacancy and nitrogen vacancy defects in diamond into additively manufactured photonic wire bonds toward integration into an "on-chip quantum photonics platform". These defects offer a room-temperature solid state solution for quantum information technologies but suffer from issues such as low activation rate and variable local environments. Photonic wire bonding will allow entanglement of pre-selected solid-state defects alleviating some of these issues and enable simplified integration with other photonic devices. These developments could prove to be key technologies to realize quantum secured networks for national security applications.
Focused Ion Beams for Deterministic Nanometer-Scale Quantum Device Fabrication
Abstract not provided.
Integration of Nitrogen Vacancy Diamond for Quantum Sensing of Quantum Materials
Abstract not provided.
Integrated solid-state single photon emitters
Abstract not provided.
5 Results