Introduction to Quantum Network
Description: After 20th century, Quantum innovations has brought us to a new dimension of information. Quantum network plays an important role for the physical implementation of quantum computing, quantum communication and sensing. In this course, aims to give you a concrete glance of state-of-art quantum technologies, covering the fundamental concepts of quantum network protocols, measurements, device physics and using analytical simulation tools, with guest lectures from frontier researchers covering different topics.
Instructor: Yuqin Sophia Duan
Schedule:
| Lecture | Topic |
| Lecture 1 | Resources: Slides Topics Covered: • History review of Networks • Review of Quantum Information |
| Lecture 2 | Resources: Slides Topics Covered: • Quantum Key Distribution Protocols • Experimental Implementation of QKD |
| Lecture 3 | Resources: Slides Topics Covered: • Quantum Teleportation • Quantum Repeaters Guest Lecture by Dr. Matt Trusheim |
| Lecture 4 | Resources: Slides Topics Covered: • Quantum Emitters • Nanophotonic Cavities • Confocal Measurement Lab Tour |
| Lecture 5 | Resources: Slides Topics Covered: • Quantum Network Topology Final Presentation |
| Lecture 6 | Resources: Slides Topics Covered: • Link Layer Protocol • Tensor Network/Quantum Circuit Guest Lecture by Dr. Yudong Cao |