LIP6 Quantum Information Team


The Quantum Information team (QI) was formed in 2016, sitting in the LIP6, in Sorbonne Université. Its research covers many different topics in quantum information science.

Discover the research areas

LIP6 Quantum Information Team

Recent News

QI Retreat June 2025

Scope of the Workshop

The workshop is planned to cover the following general topics:

  • quantum computing
  • quantum communication (theory and experiment)
  • security of quantum protocols
  • foundations of quantum mechanics
Jun 6, 2025
QI Retreat June 2025
Associate Professor position in in quantum communication systems and networks

Informations

Job description sheet.

Find the open position on official Sorbonne website here, N° Emploi 1632 and N° Galaxie 251971 for our position offer. Find the official hiring procedure Informations here.

Contact

Fabrice Kordon Fabrice.Kordon@lip6.fr

Feb 14, 2025
Workshop on Secure Networks of Quantum Sensors
The workshop on Secure Networks of Quantum Sensors will be held 29-31 January 2025 in Room 105, first floor, tower 25-25, LIP6, Sorbonne Université, 4 Place Jussieu, 75005 Paris. You can find complete information about this event in https://qi.lip6.fr/snqs25/.
Dec 19, 2024
More info
Internship offer Multipartite photonic entanglement for advanced quantum networking

Contacts
Dec 2, 2024
Internship offer Multipartite photonic entanglement for advanced quantum networking
Workshop on Quantum Information (June 2024)
The Quantum Information team in LIP6 is organizing a workshop on Quantum Information
May 27, 2024
Workshop on Quantum Information (June 2024)
See all

Recent Publications

A complexity theory for non-local quantum computation
Non-local quantum computation (NLQC) replaces a local interaction between two systems with a single round of communication and shared …
PDF DOI HAL
Cryptography from Lossy Reductions: Towards OWFs from ETH, and Beyond
One-way functions (OWFs) form the foundation of modern cryptography, yet their unconditional existence remains a major open question. …
HAL
Security of a secret sharing protocol on the Qline
Secret sharing is a fundamental primitive in cryptography, and it can be achieved even with perfect security. However, the distribution …
HAL
Quantum Key Distribution with Efficient Post-Quantum Cryptography-Secured Trusted Node on a Quantum Network
Quantum Key Distribution (QKD) enables two distant users to exchange a secret key with information-theoretic security, based on the …
PDF DOI HAL
Quantum pseudoresources imply cryptography
While one-way functions (OWFs) serve as the minimal assumption for computational cryptography in the classical setting, in quantum …
HAL
See all publications

Affiliations

PCQC

LIP6

SU

CNRS