Foundational research underpinning QLogix's quantum development pipeline: active tracks pushing the boundary of quantum science.
Four areas, one question: what can a qubit do that a bit cannot, and how do we build it here?
Algorithms and simulation for problems classical machines struggle with.
Hybrid quantum-classical models for learning and optimisation.
Secure links, including quantum key distribution.
States, operations and measurement, the foundations of the rest.
Each track reads like its poster: the question, the abstract, the keywords. The implementation side of every track lives on the projects page.
Quantum machine learning · Reinforcement learning
See the implementation trackAbstract. We explored the integration of the HHL quantum linear system solver within reinforcement learning frameworks to accelerate value function computation.
Quantum communication · Cryptography
See the implementation trackAbstract. We developed reconciliation techniques using multidimensional encoding and LDPC-based error correction to improve key generation performance in CV-QKD systems.
Quantum networks · Quantum optics
See the implementation trackAbstract. We developed a quantum teleportation protocol using cavity QED systems, including remote entanglement generation and quantum logic gate implementation.
Posters and papers will be listed here as they are published.
Each entry will carry the venue, the year and a PDF. Nothing is listed that has not happened.
Joint research, student projects and internships with universities and labs. Tell us which track.