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By entangling a single spin with successively emitted photons, we demonstrate full spin control using fast optical pulses. This enables on-demand reconfiguration of quantum states, paving the way for generating “caterpillar” graph states—the most versatile type achievable with a single emitter.
In this publication, we address the influence of photon-number coherence on quantum interference experiments, highlighting its effects on Hong–Ou–Mandel measurements, indistinguishability estimations, and additional entanglement during partial measurements and examines its implications for quantum protocols, including modifications to heralding efficiency and the fidelity of two-qubit gates.
Exploring Quantum Frontiers: France Culture’s La Science, CQFD showcases groundbreaking innovations in quantum mechanics with Pascale Senellart and Tristan Meunier, discussing transformative applications in computing, communication, and energy
Data show that the presence of women in quantum science is affected by a number of detriments and their percentage decreases even further for higher positions. It is time for a real change that calls for a different kind of force and for the participation of everyone. Women for quantum calls for a joint effort and aims with this initiative to contribute to such a transformation.
12th International conference on Quantum dots
Pascale Senellart was invited to the 12th International conference on Quantum dots that took place in Munich from the 18th to the 22nd of March 2024
Inauguration de MosaiQ
OVHcloud unveils its quantum computer Delivered by Quandela and announces a new educational programme to support the European IT ecosystem
CNRS 2024 Silver Medal
On February 15, 2024, the CNRS unveiled the 25 Silver Medal winners, including Aristide Lemaitre, Director of Research at the CNRS.
European Commission awards prestigious grant to EPIQUE consortium for groundbreaking Quantum Photonics computing research