Équipe Information Quantique du LIP6


L’équipe Information Quantique (Quantum Information, QI) a été formée en 2016, et est installée au LIP6, à Sorbonne Université. Les recherches de l’équipe couvrent beaucoup de sujets différents autour de l’information quantique.

Découvrir les sujets de recherche

Équipe Information Quantique du LIP6

Actualités récentes

Offre de stage de recherche Cryptographie quantique avec des variables continues

Contacts
oct. 23, 2024
Offre de stage de recherche Cryptographie quantique avec des variables continues
Workshop on Quantum Information (June 2024)
The Quantum Information team in LIP6 is organizing a workshop on Quantum Information
mai 27, 2024
Workshop on Quantum Information (June 2024)
Eleni 2024 CNRS silver medal
Congratulations to Eleni Diamanti for her 2024 CNRS silver medal !
févr. 16, 2024
QSNP Workshop
LIP6/Sorbonne Université organised and hosted in January 2024 the QSNP Workshop called “Quantum meets Classical Cryptography " (WP4 and WP6).
janv. 12, 2024
Intership Subject
Conception d’un système basé sur FPGA pour la distribution quantique de clés à variables continues à travers un lien satellite-terre.
déc. 21, 2023
Voir tout

Publications récentes

Spectrally multimode squeezed states generation at telecom wavelengths
We report on the experimental demonstration of a source that generates spectrally multimode squeezed states of light over the infrared …
DOI HAL
Network-Device-Independent Certification of Causal Nonseparability
Causal nonseparability is the property underlying quantum processes incompatible with a definite causal order. So far it has remained a …
PDF DOI HAL
Energetic Analysis of Emerging Quantum Communication Protocols
With the rapid development and early industrialization of quantum technologies, it is of great inter- est to analyze their overall …
PDF HAL
The Role of piracy in quantum proofs
A well-known feature of quantum information is that it cannot, in general, be cloned. Recently, a number of quantum-enabled …
HAL
Can the quantum switch be deterministically simulated?
Higher-order transformations that act on a certain number of input quantum channels in an indefinite causal order - such as the quantum …
HAL
Plus de publications

Affiliations

PCQC

LIP6

SU

CNRS