The scope of the thematic school is to render account of the latest technological developments (quantum communication, quantum cryptography, quantum computing and simulators) and at the same time to put into evidence the fundamental concepts on which these developments rely (e.g. complementarity, contextuality, (de)coherence, entanglement).

This thematic school is organized by Thomas Durt (Institut Fresnel, Ecole Centrale de Marseille) and supported by the CNRS, the Institut Fresnel (research group Clarté), Aix-Marseille Université, Ecole Centrale de Marseille, the Groupe De Recherche IQFA and the doctoral school 352.

Jean Bricmont, U. Louvain: non-localitey and contextuality

Anais Dréau, CNRS, U.Montpellier: 40 years of violation of Bell's inequalities; NV centers in diamond and applications in magnetometry

Djeylan Aktas, Bristol Univ.:  ``loophole-free'' violation of Bell's inequalities and applications

Thomas Durt, Institut Fresnel, Ecole Centrale Marseille: decoherence and entanglement, applications of the Heisenberg-Weyl group in quantum information

Sébastien Tanzilli, CNRS, U. Nice: Wheeler paradox and complementarity

Perola Milman, CNRS, U. Paris-Diderot: contexxtuality with continuous variables, photon wave function and HOM experiment.

Caroline Champenois, CNRS, U. Aix- Marseille: atomic (Ramsay) interferometry, atomic clocks and gravitometry

Yves Caudano, U. Namur, Alexandre Matzkin CNRS Cergy: fundamental and experimental aspects of q. weak measurements

Christophe Couteau, UTT Troyes: q. cryptography

Loic Henriet, start up Pasqal, Palaiseau (Paris): quantum simulators.