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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
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    • Quantum systems
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        • I. Bose-Einsten condensate
        • II. Quantum field theory
        • III. Quantum information
        • IV. THz Communication
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        • I. Out of Equilibrium Systems
        • II. Nonlinear Dynamics and Quantum Optics
        • III. Dynamics of Accelerators
        • IV. Biophysics
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    • PCMT
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        • 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
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    • Photonics
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        • I. Active fibers
        • II. Advanced fiber modeling
        • III. Non-linear photonics in fibers
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    • MPI
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        • Rovibrational spectroscopy (SPECTRO)
        • Traces analyses (ANATRAC)
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      • ABOUHAIDAR Rawan: Toward a molecular level understanding of heterogeneous processes at atmospheric aerosol surfaces
      • ALDAIR MISAEL Wilken : Simulating resonant inelastic X-ray scattering across the whole periodic table
      • ALYEKSEYEVA Mariia : In-situ characterization of amino acids and their precursors using the LITE device (Lille Ice Terahertz Experiment).
      • ALOU ANGULO Gilberto Antonio: Theoretical study of the molecular dynamics of complex gas-surface systems using Artificial Intelligence methods
      • AYYAD Marouane
      • BANCEL Eve-Line : Peignes de fréquence dans les fibres optiques multi-cœurs ou multi-modes pour la spectroscopie et la métrologie de précision
      • BARRELLON-VERNAY Rafaël : Unveiling nucleation mechanism in aircraft engine exhaust and its link with fuel composition.
      • BAYDI Brahim
      • BON Mathilde : Caractérisation moléculaire de micro- et macro-fossiles par spectrométrie de masse à l’échelle cellulaire.
      • BRACQUART Colwyn: The secondary organic aerosols: Micro-solvation, hygroscopicity and reactivity of the precursors.
      • BSAIBES Maroun: Towards a better understanding of light scattering and mode coupling mechanisms in slightly multimode optical fibers.
      • BUNEL Thomas
      • CHEDID Alexandre : Photonique multimodale-Caractérisation dynamique du canal de transmission d'une fibre optique faiblement multimode
      • CHOUAIB Zahraa: Theoretical Investigation of the Surface Activity and Reactivity of Organosulfate Aerosols
      • DELANGLE Corentin : Oscillateur Mamyshev pour la production d'impulsions ultracourtes énergétiques à haut taux de répétition
      • DELPIERRE Pauline
      • DENIS Maxime : Simulation de systèmes quantiques désordonnés avec un condensat de Potassium : effets topologiques et interactions
      • DIOUM Bakhao
      • DUFOUR Martin
      • EL MOUSSAWI Fatima : Fibres optiques de spécialité pour endoscopes bio-médicales ultra-miniaturisés
      • EL SOKHEN Rabih
      • HAIDER Kawssar Mujtaba: Role of organic waste reactivity on the formation of secondary organic aerosols.
      • HANOUN Christelle
      • HASEEB Eden
      • HURBAIN Julien: Control of cell fate with oxidative stress.
      • INFUSO Maxime: Unraveling the atmospheric iodine chemistry using molecular simulations.
      • LAFARGUE Léa : Développement d’une nouvelle source fibrée d’impulsions courtes pour l’injection d’une chaîne laser de puissance
      • LE Maxime: New electronic structure methods for modelling single- and multi-photon excitations in chiral molecular systems
      • LEBEL Alexandre
      • LECHEVALIER Corentin
      • LERNER Alexandre : Inscription de réseaux de Bragg haute température au sein de structures métalliques réalisées par synthèse additive
      • MADANI Farid : Étude expérimentale des systèmes quantiques désordonnés en présence d’interactions avec un condensat de Bose-Einstein
      • MAILLARD Agathe : Spectroscopic characterization of stable and unstable atmospheric precursors as well as their micro-solvation in the gas phase.
      • MILADI Eya: Spectroscopic and computational studies of actinides complexation with inorganic ligands
      • MUCCI Alexandre
      • MUÑOZ Maëva: Synthesis and characterisation of actinide polynuclear complexes
      • MURR Georges : Machine Learning-assisted spatiotemporal chaos forecasting
      • NEGRINI Stefano : Gain induit par des filtres dans les cavité fibrées passives
      • OPOKU Richard Asamoah: Theoretical core spectroscopy of molecules interacting with ice surfaces.
      • OUARKOUB Cecilia
      • POEYDEBAT Etienne: Development of a Mamyshev oscillator.
      • REAL ELGUEDA Bastian Maximiliano
      • SAWADOGO Bewindin Alfred: Manipulation of MIMO RF beams at Terahertz frequencies for very high throughput point-to-point applications.
      • SEPTIER Dylan: Double clad hollow core fibers for nonlinear microendoscopy.
      • SHAABAN Tamara: Theoretical modelling of physical-chemical properties of protactinium complexes
      • SRIVASTAVA Shivang : Characterization and manipulation of quantum states of the light with high-dimensional encoding
      • TOMBOZA Wendy : Développement de capteurs de pression à fibres optiques hautes températures pour l’instrumentation de moteurs d’avions
      • VANDENBERGHE Alan: Experimental study of the coupling between circadian clock and metabolism. Application to the development of chronotherapies of metabolic disorders.
      • VANDERHAEGEN Guillaume : Cartographie de la récurrence de Fermi-Pasta-Ulam-Tsingou dans une fibre à dispersion oscillante
      • VUATELET Vincent : Localisation dynamique à N-corps d'un gaz de Tonks-Girardeau
      • YUAN Xiang: Molecular properties in the linear response regime and beyond.
      • ZAFAR Sadain : CO2 hydrates as an alternative solution to water desalination & greenhouse gas mitigation
      • ZGHARI Ismail : Silice dopée et fibre optique pour la dosimétrie en radiothérapie pulsée
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  9. I. Bose-Einsten condensate
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

I. Bose-Einsten condensate

 

Researchers : Radu Chicireanu

Laboratoire de Physique des Lasers, Atomes et Molécules | Laboratory of Physics of Lasers, Atoms and Molecules
Laboratory of Physics of Lasers, Atoms and Molecules
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Page updated on 10-03-2024 (15:35)
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