Doctoral Thesis: Techniques for Deployed Quantum Networks with Solid-State Defect Centers
Haus Room, 36-462
Eric A. Bersin
The past decade has seen tremendous progress towards the development of quantum networks, wherein quantum states are transmitted over long distances for applications in distributed quantum computing, quantum-enhanced metrology, and quantum key distribution. Quantum memories are expected to play a significant role in extending the reach and capabilities of such networks, but work in this area has typically been confined to single laboratory environments. In this talk, I will present a first step towards connecting quantum memories with a real-world, deployed fiber-optic network. Specifically, we demonstrate state transfer to a diamond defect center memory over a 50 km deployed fiber link in the Boston metropolitan area. I will then discuss pathways toward scalability through large-scale qubit characterization and novel architectures for both individual and multi-qubit systems. Together, these efforts represent a full-stack approach towards realizing scalable, memory-enabled quantum networks.
- Date: Tuesday, July 19
- Time: 2:00 pm - 4:00 pm
- Location: Haus Room, 36-462
Additional Location Details:
Thesis Supervisor: Prof. Dirk Englund
To attend this defense via zoom, please contact the doctoral candidate for details.