Condensed Matter & Statistical Physics
Our research is at the intersection of complex system theory, light-matter interaction, quantum many-body problem and quantum information. We are considering theoretical frameworks and models directly applicable to experimental platforms, touching phases of quantum matter, disorder and localisation in quantum systems, self-organized criticality and topological phenomena. This results in a broad interface with the Quantum Systems and Matter team of the laboratory.
Principal Contact:
Edmond ORIGNAC
Tenured Researchers:
David CARPENTIER, Pascal DEGIOVANNI, Andrei FEDORENKO, Peter HOLDSWORTH, Fabio MEZZOCAPPO, Edmond ORIGNAC, Tommaso ROSCILDE, Jean-Marie STEPHAN
Postdocs:
Saverio BOCINI, Giacomo REBORA, ...
PhD Students:
Filippo CALECA, ...
Out-of-equilibrium dynamics
► Self-organized criticality, Active matter, Stochastic porous medium equations, Disordered elastic systems
Quantum Hall effect and plasma analogy
► Laughlin wavefunctions, chiral edge states, chiral Tomonaga-Luttinger liquids
Reconstruction of quantum correlations
► Cold-atom simulator of strongly correlated lattice models, quantum information
New quantum phases and spin systems
► Frustrated quantum magnetism, Tomonaga-Luttinger liquids,spin liquids, Blume-Capel models, topological order, low-dimensional correlated electrons
Quantum Information
► Entanglement measures, interplay geometry-information, dynamics of quantum coherence
Recent Publications:
- Anomalous Casimir effect in an expanding ring, arXiv:2402.08610, by Carpentier and al.
- Stochastic porous-medium equation in one dimension, hal-05368896, by Bernard et al.
- Platforms for the realization and characterization of Tomonaga–Luttinger liquids, hal-05249315 by Bouchoule et al.
- Reconstructing the spatial structure of quantum correlations in materials , hal-04158454 by Scheie et al.
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Quantum Hall edges beyond the plasma analogy , hal-04891895 by Moosavi et al.
Past Junior Researchers: