Quantum communications (COM)

It generalizes the methods of quantum cryptography, which eliminates the vulnerability of classical cryptography to attacks by classical or quantum supercomputers . Research is developing on the first hand to improve existing cryptography technologies and on the other hand to realize quantum repeaters for the globalization of a secure communications system.

This axis also includes sources and detectors of photons and entangled states, quantum memories, light-atom interfaces using hybrid or opto-mechanical systems.

Steering committe members

Eleni Diamanti
Researcher CNRS,
LIP6 (CNRS, P6)

Anthony Leverrier
Researcher INRIA,
INRIA Paris (INRIA)

Office members

Eleni Diamanti

CNRS researcher

LIP6 (CNRS, P6)

Pascale Senellart

Research director,

C2N (CNRS,UPSud)

Anthony Leverrier

INRIA researcher

INRIA Paris (INRIA)

Julien Laurat

Professor at UPMC,

LKB, MPQ

Sara Ducci

Professorr at Paris Diderot university , MPQ

The groups

more results

Quantum communications (COM)

Steering committe members

Office members

Atomic and molecular processors in solids

Coherent and nonlinear optics

Colored center in diamond for quantum optics

Crystals and Quantum State Dynamics

Nano Layers: Interfaces and Defects Formations (CONFID)

Nano quantum optics

Nanooptic with free electrons

NanoOptics team

Nanophotonics and Electromagnetism

Nanoscale Optics

Non Linear Materials and Applications (MANOLIA)

Nonophotonics

Photonics and spin coherence in nanostructures

Quantum coupled systems

Quantum group IRIF/PCQC

Quantum information

Quantum Information and Applications

Quantum Information and Technologies , Photonics

Quantum Information and Technologies, Theory

Quantum networks team

Quantum optics, photons

SECRET

semiconductor nanostructures for quantum technology

Sensors and quantum information

Solid-State Quantum Optics GOSS-OQ

Theory of Information Coherence and Complexity

Twist: cold rubidium and twisted light