Grant: Alliance Grants

The "MICROQ: Microcombs for Quantum Networking and Synchronisation" project aims to develop a hybrid photonic source, integrating quantum and classical channels for precision timing and quantum cryptography. The collaboration between Marco Peccianti and Alessia Pasquazi of Loughborough University (UK) and Roberto Morandotti of INRS-EMT (Canada) addresses challenges in synchronizing and securing quantum communication networks. MICROQ is structured around five research objectives: 1) validating topologically protected protocols to isolate quantum channels from classical noise, ensuring secure quantum communication; 2) generating classical and quantum microcombs within a single system, providing a compact, efficient source for next-generation telecom networks; 3) optimizing quantum microcomb properties for a robust, efficient quantum photonic infrastructure; 4) locking the classical microcomb state to an atomic reference for precise timing; and 5) investigating quantum channel integrity with classically-enabled timing synchronization, advancing scalable quantum technologies compatible with existing infrastructure. MICROQ seeks to set new benchmarks in quantum communication by integrating classical and quantum networks, contributing to the global photonics and telecommunication markets. The project emphasizes EDI principles, fostering a supportive research environment. Trainees will gain practical experience in cutting-edge quantum photonics research, including microcomb technology, quantum state generation, and synchronization techniques, while developing essential skills in leadership, communication, and international collaboration. This partnership offers exceptional training opportunities, where the applicants' diverse backgrounds provide complementary training, strengthen interdisciplinarity, and foster innovation, preparing trainees for diverse roles in the rapidly evolving quantum technologies field. MICROQ is expected to drive progress in ultra-secure telecommunications and data security, with significant economic and social impacts.