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PEPR Quantum is managed by CEA, CNRS and Inria. The administration of this website has been entrusted to :

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Credits

Images :

Banner home page: Dispositif expérimental de capteur à atomes froids de Rydberg développé par l’ONERA © ONERA.

Banner PEPR page: Dispositif expérimental de capteur à atomes froids de Rydberg développé par l’ONERA © ONERA.

Banner page governance : © France 2030.

Banner page actions : Connexion d’une puce à un cryostat © Hubert RAGUET / C12 Quantum Electronics / LPENS / CNRS Images.

Banner National Strategy for Quantum Technologies: © France 2030.

Banner projects page: Circuit supraconducteur permettant de manipuler un chat de Schrödinger @ N.Hoppenot / ENS Lyon.

Banner publications page: Connexion d’une puce à un cryostat © Hubert RAGUET / C12 Quantum Electronics / LPENS / CNRS Images.

Banner news page: Préparation d’une puce avec circuit de nanotube de carbone en cavité © C12.

Banner calls page: Source d’atomes froids en cours de caractérisation faisant partie du projet MIGA © Frédérique PLAS / SYRTE / CNRS Images.

Banner jobs page: Installation d’une puce supraconductrice dans son porte échantillon (circuit imprimé) © Hubert RAGUET / Alice&Bob / LPENS / CNRS Images.

Banner contact page: Interféromètre atomique © David VILLA / ScienceImage, CBI / LCAR / CNRS Images.

Banner aQCess : no image

Banner CARAMELS : Dispositif expérimental de capteur à atomes froids de Rydberg développé par l’ONERA © ONERA.

Banner DIQKD : Illustration du principe d’une distribution quantique de clés avec des appareils dont on ne fait pas d’hypothèse sur le fonctionnement (« boites noires »).

Banner Dyn1D : no image

Banner E-DIAMANT: @ ENS Paris-Saclay.

Banner EPiQ : no image

Banner eQubitFly : Micrographie électronique à balayage d’un double interféromètre électronique de Mach-Zehnder. Le couplage des deux interféromètres par interaction coulombienne, via l’injection d’électrons uniques sous forme d’impulsions de tension ultra-courtes, permet de réaliser une porte quantique à deux qubits © EQubitFly.

Banner : MolQif : no image

Banner NISQ2LSQ : Proposition d’architecture pour une puce quantique constituée de qubits de chats concaténés avec un codeLDPC classique © Diego Ruiz.

Banner Presquile : no image

Banner PQ-TLS : PQ-TLS logo.

Banner QARES : no image

Banner QAFCA : no image

Banner QMemo : Les mémoires quantiques sont au cœur des réseaux quantiques d’information @ Laboratoire Kastler Brossel.

Banner QUANTIN : Développer des JoFET β-Sn en utilisant des puits quantiques semi-conducteurs (QW) et des matériaux topologiques © Simone Assali.

Banner QubitAF : no image

Banner QuMOMI : Image obtenue par microscopie électronique à balayage d’un composant opto-mécanique préliminaire. La structure mécanique (en haut), suspendue et isolée mécaniquement par deux boucliers phononiques, est couplée à un guide optique en silicium (en bas) © CEA-LETI.

Banner QUTISYM : Image de la distribution en impulsion d’un condensat de Bose-Einstein manipulé par contrôle cohérent dans un réseau optique modulé temporellement © Équipe David Guéry-Odelin, LCAR (Toulouse).

Translation :

English pages of the website have been translated by some projects managers or using DeepL Traduction.