Dynamics and Quantum Technologies Team – DyTeQ
The DyTeQ team brings together theoretical physicists and mathematicians who aim to develop models of quantum systems and non-linear processes, to analyze and simulate their dynamics, in particular their control by external fields. These studies are based on the development and application of mathematical methods in dynamical systems theory, differential and algebraic geometries, field theory and control theory. These methods are mainly used in the field of quantum technologies, such as quantum optics, quantum information, quantum simulations and quantum control. Numerous experimental collaborations allow these approaches to be applied to devices as varied as quantum plasmonics, Bose-Einstein condensates, magnetic resonance or superconducting circuits.
Research topics
Quantum control by electromagnetic fields (adiabatic and optimal)
Classic and quantum dynamics
Non-linear optics
Control of atomic and molecular systems
Quantum information and technologies
Quantum plasmonics
Nuclear Magnetic Resonance and Magnetic Resonance Imaging
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