Quantum-Grade Diamond for Cavity-based Solutions.
- 146 Seiten
- 6 Lesestunden
The dissertation focuses on the synthesis of highly NV-doped bulk diamond, which holds potential as a laser crystal for advancing diamond-based quantum technologies, including solid-state masers and high-sensitivity gyroscopes. It delves into the essential factors influencing the creation of quantum-grade diamond, offering insights into its applications in cavity-based solutions and multi-modal sensors.
