Quantiki

PQSM - Post-Quantum Security Models in Paris

In a post-quantum world, an eavesdropper is able to use quantum resources, possibly amounting to a large quantum computer, to process information. Thus, post-quantum attackers must be taken into account whenever security models and proofs are concerned, by both quantum and classical existing and future cryptosystems. And while we still do not know when, how or even whether we will enter a post-quantum era, there is already ground for common work between the quantum information and the cryptography community.

Dear colleagues, we hope that your PhDs and/or postdoctoral staff may be interested in the following event:

List of topics:

Foundations of quantum physics
Non-equilibrium quantum statistical physics
Quantum thermodynamics
Quantum measurement, entanglement and coherence
Dissipation, dephasing, noise and decoherence
Quantum optics
Macroscopic quantum behavior, e.g. cold atoms, Bose-Einstein condensates
Physics of quantum computing and quantum information
Mesoscopic, nano-electromechanical and nano-optical systems
Spin systems and their dynamics
Biological systems, molecular motors
Cosmology, gravitation and astrophysics

The workshop is devoted to latest developments in quantum information:

- topological quantum computation, monoidal categories, modular functors, topological quantum field theory, quantum knots, anyons and fractional quantum Hall effect.
- measurement based quantum computation and optical lattices.
- adiabatic quantum computation and Josephson junction.
- simulation of physical systems, frustration free models, matrix product states and AKLT.
- measures of entanglement and spin chains.
- quantum state transfer