Presentation Q-MAT

Quantum Matter

Quantum matter is a concept at the intersection of condensed matter physics, materials science, cold atom physics, and quantum engineering. Quantum materials exhibit a wealth of emergent phenomena that can persist across a broader range of energy and length scales. Beyond traditional materials, the concept of quantum matter encompasses a diverse array of systems, including superconductors, graphene, van der Waals heterostructures, topological quantum matter, Weyl semimetals, complex oxides, twisted 2D layers, quantum spin liquids, and laser-cooled atoms.


A Unifying Program

This Program brings together five institutions: ENS-PSL, ESPCI Paris-PSL, Chimie ParisTech-PSL, Observatoire de Paris-PSL, and Collège de France. This unique collaboration spans a wide range of experimental and theoretical approaches, fostering cross-fertilization and knowledge transfer among the various communities involved. Our shared goal: to open new research directions and bridge the gap between quantum matter and future quantum technologies.


Main areas of research

  • Exploration of quantum matter: Studying various systems, ranging from correlated materials to twisted two-dimensional structures, in order to understand emerging phenomena.
  • Strong correlations and dimensionality reduction: Analysing the effects of electronic interactions and dimensional confinement on the quantum properties of materials.
  • Interdisciplinary collaboration to promote exchanges between experimental and theoretical approaches.
  • Link between quantum matter and quantum technologies: Open up new avenues of research aimed at connecting advances in quantum matter to applications in quantum technologies.


Key Actions

The main actions planned under the Program include:

  • Ten funded PhD positions with dedicated research environments
  • Three grants for young research teams
  • Equipment purchases for the NanoTech platforms (ESPCI Paris - PSL) and the cleanroom (ENS - PSL)
  • Contributions to the operating costs of both platforms
  • Support for the operating costs of the MesoPSL computing center (Observatoire de Paris - PSL)
  • Regular seminars
  • A summer school every two years (2027 and 2029)
  • Outreach and communication aimed at both the general public and students