PhD in Entanglement Routing in Quantum Optical Fiber Networks
Core
Develop an innovative entanglement-based routing architecture and protocol, and set up an experimental testbed to route entangled photons in multi-node quantum optical fiber networks.
Role type
PhD researcher in quantum network protocols and experimental physics
Builds
Experimental testbed for multi-node quantum optical fiber networks enabling entanglement generation, detection, frequency conversion, and routing of quantum-classical packets
Domain
Quantum optics, optical fiber networks, quantum communication
Required skills
Quantum optics, fiber-optic communication, network design, Python programming, experimental setup, theoretical modeling, simulation
Preferred skills
Electronics, FPGA, prior experience with quantum optical communication experiments
Technologies
Python, optical switches, frequency converters, quantum-classical packet routing
Responsibilities
Design and implement entanglement-based routing protocols, configure experimental testbeds, investigate coexistence of classical and quantum signals, analyze noise and crosstalk effects, mentor undergraduate and master's students
Seniority
PhD candidate, research-focused
