Time-Varying Quantum Noise in Near-Term Quantum Systems
Role: PI
Brief Description: Early Career Grant funded by the Deanship of Research KFUPM. This project aims to develop novel methods of noise estimation beyond the time-invariance assumption in quantum systems. (2025-02 to 2026-01)
Lux4QCI: Luxembourg Experimental Network for Quantum Communication Infrastructure
Role: Technical Manager
Brief Description: To go beyond peer-to-peer quantum key distribution and build the first quantum key distribution network in Luxembourg. Funded by the European Union through the Digital Europe Programme (DEP).
LUQCIA: Luxembourg Quantum Communication Infrastructure Laboratory
Role: Team Member (Execution and Reporting)
Brief Description: To build a national testbed for Quantum Communication Infrastructure (QCI) and enable advanced collaborative research in this domain. Funded by the European Union–Next Generation EU, with the collaboration of the Department of Media, Connectivity and Digital Policy (SMC) of Luxembourg.
Foundations for Quantum Networking with Quantum Enigmata
Role: Team Member (Proposal Writing, Execution, and Reporting)
Brief Description: Funded by the National Research Foundation (NRF) of Korea, this project aimed to leverage different quantum paradoxes to develop foundations for quantum communications networks.
Hyperentanglement-Assisted Hybrid Quantum Communication
Role: Team Member (Proposal Writing, Execution, and Reporting)
Brief Description: Funded by the National Research Foundation (NRF) of Korea, this project aimed to develop the fundamental concepts of (classical-quantum) hybrid communication networks, when assisted by entanglement in multiple degrees of freedom.