Fully-funded PhD Positions

Fully-funded PhD Positions

Applications must be submitted directly to the respective host institutions. Click for detailed descriptions of each project. For specific application deadlines, and submission guidelines, please refer to the host institutions.

Capacity bounds of realistic co-existing classical-quantum networks

Distributed decision making for complex quantum networks

Analysis and implementation of advanced quantum networking protocols

Trade-offs in quantum resources required for distributed architectures

Influence of topology in designing & operation of distributed quantum networks

SDN control planes for quantum systems

Novel applications of quantum networks beyond QKD

Novel methods for quality improvement of remote entanglement

Quantum annealing and quantum-inspired heuristics for wireless optimization problems

Quantum-assisted machine learning for decision making in wireless communication systems

Nature-Inspired Optimization Strategies for Quantum Network Routing

Co-design of Network-Aware Distributed Quantum Computing

Quantum Internet Protocol Stack Design and Use-case Identification

Design of QKD encryptors for emerging networking technologies

Improving the efficiency of secret key rate in post-processing of QKD link