Go to content
Université de Lille
Laboratoire Laboratoire de Physique des Lasers, Atomes et Molécules | Laboratory of Physics of Lasers, Atoms and Molecules Laboratory of Physics of Lasers, Atoms and Molecules
UMR 8523
  • Access & contact
  • X ( New window)
  • Linkedin ( New window)
    • FR
  • S'identifier
    Mon identité numérique
  • Access & contact
  • X ( New window)
  • Linkedin ( New window)
    • FR
  • S'identifier
    Mon identité numérique
  • Laboratory
    • Who are we?
    • Organization chart
    • Projects and contracts
    • Highlights
  • Research Teams
    • Quantum systems
      • Research
        • I. Bose-Einsten condensate
        • II. Quantum field theory
        • III. Quantum information
        • IV. THz Communication
        • V. Outreach
      • Members
      • Projects and Contracts
      • Collaborations
      • Publications and conferences
    • DYSCO
      • Research
        • I. Out of Equilibrium Systems
        • II. Nonlinear Dynamics and Quantum Optics
        • III. Dynamics of Accelerators
        • IV. Biophysics
      • Members
      • Projects and contracts
      • Equipment
      • Collaborations
      • Publications and conferences
    • PCMT
      • Research
        • I. Methodologies to model gas/particle interface reactions and bulk properties
        • II. Unraveling Molecular Processes in the Interstellar Medium
        • III. Formation, composition and reactivity of aerosol particles and their implications for the Earth atmosphere
        • IV. Modelling of heavy elements and radionuclides physical and chemical properties in the context of the nuclear fuel cycle
      • MEMBERS
      • Projects and contracts
      • Equipment
      • Collaborations
      • Publications and Conferences
    • Photonics
      • Research
        • I. Active fibers
        • II. Advanced fiber modeling
        • III. Non-linear photonics in fibers
      • Members
      • Projects and contracts
      • Equipment
      • Publications and conferences
    • MPI
      • Research
        • Rovibrational spectroscopy (SPECTRO)
        • Traces analyses (ANATRAC)
      • Members
      • Projects and contracts
      • Equipment
      • Collaborations
      • Publications and conferences
  • Poles & Missions
  • Platform & Technical Platform
    • CERLA
    • FiberTech Lille
    • Sakura
  • Life of the lab
    • News
    • AGENDA
    • Publications
    • Conferences
    • SEMINARS
    • Books
  • Recruitment
    • Job
    • Post-doc
    • Formation
    • Internship
  • PhD Area
    • Summaries of the thesis
      • ALYEKSEYEVA Mariia : In-situ characterization of amino acids and their precursors using the LITE device (Lille Ice Terahertz Experiment).
      • BRACQUART Colwyn: The secondary organic aerosols: Micro-solvation, hygroscopicity and reactivity of the precursors.
      • CHOUAIB Zahraa: Theoretical Investigation of the Surface Activity and Reactivity of Organosulfate Aerosols
      • DELPIERRE Pauline
      • DIOUM Bakhao
      • LE Maxime: New electronic structure methods for modelling single- and multi-photon excitations in chiral molecular systems
      • MADANI Farid : Experimental observation of a quantum phase transition in dimension four with ultracold atoms
      • MAILLARD Agathe : Spectroscopic characterization of stable and unstable atmospheric precursors as well as their micro-solvation in the gas phase.
      • MUÑOZ Maëva: Synthesis and characterisation of actinide polynuclear complexes
      • MURR Georges : Machine Learning-assisted spatiotemporal chaos forecasting
  1. PhLAM
  2. >
  3. Research Teams
  4. >
  5. MPI
  6. >
  7. Research
  8. >
  9. Traces analyses (ANATRAC)
Research Teams MPI
  • Research
    • Rovibrational spectroscopy (SPECTRO)
    • Traces analyses (ANATRAC)
  • Members
  • Projects and contracts
  • Equipment
  • Collaborations
  • Publications and conferences

Traces analyses (ANATRAC)

ANATRAC activities in molecular physics can be broken down into 4 main research axes: Environmental Science and Energy transition, Universe: origins and evolution, Laser applications in Biology and Medicine, and the transverse axis Innovative Methodology and Instrumentation Development that comes in support of all fundamental and applied research actions.

1) Environmental Science and Energy transition

2) Universe: origins and evolution

4) Innovative Methodology and Instrumentation Development

3) Laser applications in Biology and Medicine

Laboratoire de Physique des Lasers, Atomes et Molécules | Laboratory of Physics of Lasers, Atoms and Molecules
Laboratory of Physics of Lasers, Atoms and Molecules
  • X ( New window)
  • Linkedin ( New window)
  • Accessibility : non-compliant
  • Legal notice | Access & contact
  • Sitemap
Université de Lille ©  2026
Page updated on 10-08-2024 (23:00)
Université de Lille
CNRS