Members

Research themes related to PCQT

Quantum Systems

Research themes related to PCQT

The CASCADE project team studies a very broad spectrum of cryptography: the construction of primitives and cryptographic protocols, with their security analysis, and if necessary the attack, both at the mathematical and algorithmic levels, as well as at the level of actual implementation, by exploiting implementation flaws or information leaks related to hardware.

Research themes related to PCQT

Symmetric cryptology, code-based cryptology and quantum information.

Research themes related to PCQT

Security and reliability, complex learning and data, algorithms and analytics.

Research themes related to PCQT

Fondamental research in nanosciences

Research themes related to PCQT

Mechanical waves (acoustic, elastic and seismic waves, waves), electromagnetic waves (radio frequencies, microwaves, terahertz) and optical waves (infrared and visible).

Research themes related to PCQT

Design and grow rare earth doped crystals to control optical and spin non-classical states. These materials, produced in the form of bulk and nanostructured single crystals, show extremely long-lived quantum states at low temperature. This unique property in the solid state enables to address a broad range of applications, from quantum information processing and communication, to spectral analysis and medical imaging.

Research themes related to PCQT

Design and analysis of algorithms, study of computational and data representation models, foundations of programming languages, software development, verification and certification.

Research themes related to PCQT

Create new non-classical light sources for precision measurements, develop photonic quantum gates for long-range quantum communications, and use photons to simulate more sophisticated quantum systems.
Understand novel emerging phenomena of strongly interacting quantum matter in regimes far away from thermal equilibrium.

Research themes related to PCQT

DFT (Density Functional Theory), QMC (Quantum Monte-Carlo) or QM/MM (force field development) approaches, modeling and numerical simulations of complex systems involving organic, inorganic or organometallic molecular chemistry, interface chemistry, astrochemistry, or biology.

Research themes related to PCQT

The QI team work on various aspects of quantum information, quantum communication and quantum computation, from foundations to implementations. This includes the development of cryptographic protocols including quantum key distribution, quantum coin flipping, blind quantum computation, verified quantum computation, secret sharing, and secure multiparty quantum computation.

Research themes related to PCQT

Quantum dynamics of disordered and chaotic systems, specifically in the context of quantum gases and quantum fluids.

Research themes related to PCQT

Laboratory for interdisciplinary fundamental research in physics and its interfaces.

Research themes related to PCQT

Interactions between light and matter. Quantum properties of atomic gases at ultra-cold temperatures.

Research themes related to PCQT

The scientific activity is centered on the unifying principle of quantum field theory both in its very theoretical aspects and its applications.

Research themes related to PCQT

Theoretical physics, statistical physics and computational physics, and mainly concern the study of order-disorder problems in matter, non-equilibrium phenomena, non-linear physics and integrable models.

Research themes related to PCQT

Chemical reactions in liquids, quantum solids and liquids, reactivity in inhomogeneous media, disordered systems, complex fluids and statistical mechanics of living matter.

Research themes related to PCQT

Fundamental and applied activities on the development of advanced processes and materials. Chemical and physical plasma film deposition, plasma-surface and plasma-liquid interactions, soft chemistry or high pressure and high temperature processes, and metallurgical processes.

Research themes related to PCQT

Study of frontier quantum materials and in the development of novel quantum devices. These activities rely on a large spectrum of theoretical and experimental expertise in material physics, transport and optics, and technological platforms of clean-room fabrication, spectroscopy and high-resolution electronic microscopy.

Research themes related to PCQT

The activities of the QUANTIC team are defined at the theoretical and experimental border of the emerging field of quantum engineering with an emphasis on the applications in quantum information, computation and communication. The main objective of this interdisciplinary team, formed by experimental physicists and applied mathematicians, is to develop both theoretical methods and experimental devices ensuring a robust processing of quantum information.

Research themes related to PCQT

Multidisciplinary research activity with transverse expertise in theory, instrumentation and data analysis and various goals from fundamental physics tests to industrial transfers.