Research themes

The QMat community shares a common scientific vision: to make the crucial transition from fundamental quantum concepts to nanomaterials innovation with real world applications. Our approach relies on three intertwined axes:

(1) Exploring quantum coherence – gaining a deeper understanding of fundamental concepts governing the behavior of matter at small scales;

(2) Exploiting symmetries through controlled systems dimensions– leveraging our synthesis and fabrication expertise in chemistry and materials science to create new types of nanomaterials and to reveal enhanced or novel properties;

(3) Combining properties in nanosystems – where we move from properties to functions, with the goal to develop new smart materials and devices.

Mesoscopic quantum physics

Nano-devices

Nano-optics and low-dimensional materials

Quantum dynamics of nano-objects

Scanning tunneling microscopy

Ultrafast spectroscopy of biomolecules and functional materials

Ultrafast transmission electron microscopy

Synthesis for Analysis

Propriétés Optiques et Magnétiques des Architectures Moléculaires

Quantum Matter Theory

Exotic Quantum Matter

Nuclear and particle physics

Chemical Engineering of Functional Nanomaterials (CEFUN)

Femtomagnetism and Spin Dynamics

Spintronic : basics

Nanomaterials

Modelling at the atomic scale

Chemical and material properties under strong coupling

Chiral coupling, optical forces, stochastic thermodynamics

Biophotonique des interactions moléculaires et cellulaires