We are constantly looking for committed new colleagues for our team! If you are interested in working at the chair, e.g., as SHK (student helper), PhD researcher or Post-Doc, please visit this website to get informed about new positions!
Open SHK (student helper) positions can also be found on our extra page.
We seek applications for a Postdoc position in Quantum Technologies applied to 6G communications. The design of architecture and interfaces of network and link layer with the quantum hardware infrastructure will be part of the work. The focus will be on quantum resources for efficient sensing and low latency in future 6G communication networks. The work will consist of a theoretical design and experimental tests and measurements in order to provide a more complete and accurate characterization of the system. The results of the work will be important for applications of Quantum Technologies in the context of distributed sensing and human-machine interaction.
Please submit your application documents until June 9, 2023
We seek applicants for a position in Quantum Technologies for low latency 6G communications. Low latency will be a critical key performance indicator (KPI) in future 6G communication networks. In particular, these networks will employ massive distributed storage and computing resources for network management and operations. In this context, Network coding was demonstrated to improve latency, security, and sustainability through recoding techniques. Recoding can also be implemented through softwarization. However, virtualized environments will generate additional latencies. Quantum resources and technologies have been identified as an optimal means to distribute and handle shared randomness. The successful candidate will have to investigate the possibility of latency optimization by quantum entanglement creation and distribution for random linear network coded communication environment. For example, the shared randomness obtained via entanglement distribution could target the reduction of the communication overhead generated by sending the coding coefficients. The investigation will deal with metrics like entanglement fidelity and entanglement source quality. Moreover, the study of the trade-offs of different entanglement sources will help in providing an effective integration between network coding and the quantum physical-link layer.
Please submit your application documents until June 1, 2023
If you have not found a suitable job description, please feel free to send us an unsolicited application. We are always looking for motivated scientists and PhD students.