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Pulsed Ultrafast Light in Solids

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  • Research
    • Quantum materials
      • Topological and Dirac materials
      • Correlated electronic systems
      • 2D materials and heterostructures
    • Ultrafast dynamics
    • Photoemission
  • Members
  • Publications
  • Job/Internship
    • Internships and PhD thesis proposals
    • Postdocs positions

Members

Permanent

  • Michele AMATO
  • Siham BENHABIB
  • Alexandre GLOTER
  • Mindaugas JONUSAS
  • Marino MARSI
  • Evangelos PAPALAZAROU
  • Claude PASQUIER
  • Pascale SENZIER
  • Alberto ZOBELLI

Emerita

  • Hélène RAFFY

Postdoc

  • Aravind RAJI

PhD Students

  • Kyriaki SAMIOTI
  • Amir MEDDAS
  • Elisa AUFFRAY
  • Marc TUNICA

About us

We study the electronic properties of quantum materials employing various experimental methods based on the use of ultrafast light sources.

Using advanced experimental techniques like time-resolved photoemission, ultrafast light pulses offer the opportunity to explore the dynamics of electrons on the femtosecond (10‑15 s) time scale. This makes it possible to directly observe fundamental processes like carrier dynamics, inter- and intra-band scattering, photoinduced band structure modifications, lifetime and dynamics of excited states, as well as new non-thermal, transient phases of quantum matter.

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