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Laboratory of Physics of Lasers, Atoms and Molecules
UMR 8523
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Laboratory
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WHO ARE WE?
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EUROPE & INTERNATIONAL
NATIONAL PROJECTS
LOCAL & REGIONAL PROJECTS
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QUANTUM SYSTEMS
Experimental Observation of a Time-Driven Phase Transition in Quantum Chaos
Construction of a telecom-fiber-amplifier based potassium BEC experiment
Universal thermodynamics of strongly correlated systems
Towards 6G and Topological Valley Photonics for THz coherent communications
DYSCO
An international reference in topological photonics
Ultrafast observation and control of particle accelerators
Soliton gases in Optics and in Hydrodynamics (SOGOOD ANR Project)
From anatomy of chaos to machine learning-assisted extreme event forecasting
New states of light : from quantum to nonlinear regime
Data-driven modeling of cell metabolic response to oxidative stress
Novel opto-fluidic drug delivery system for efficient cellular transfection
PCMT
Molecular level description of aerosols: From physical to chemical processes
Phys. Rev. Lett. on photodesorption of pure carbon monoxide ice
The DIRAC relativistic electronic structure package
Protocol for the simulation of electron binding energies
PHOTONICS
All-fiber frequency agile triple-frequency comb light source
Fiber-based dosimeter sensor adapted to proton-therapy
Ceramic coating for optical fiber
Creation of the LabCORE joint laboratory
Labeling of the FiberTech Lille platform by the University of Lille
MPI
Insights into the non-covalent interactions of hydrogen sulfide with fenchol and fenchone from a gas-phase rotational study
Smart solution for CO2 capture using gas hydrates with promoters: an alternative for promoting carbon capture and storage
At the Crossroads of Science and Society: from the laboratory to European policies
Propionamide (C2H5CONH2): The Largest Peptide-like Molecule in Space
Insights into the physicochemical environments involved in the Solar System’s formation: characterization of carbonaceous chondrite meteorites by 2-step laser mass spectrometry
INTERNATIONAL
Research Teams
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QUANTUM SYSTEMS
Research
I. Bose-Einsten condensate
II. Quantum field theory
III. Quantum information
IV. THz Communication
V. Outreach
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DYSCO
Research
I. Out of Equilibrium Systems
II. Nonlinear Dynamics and Quantum Optics
III. Dynamics of Accelerators
IV. Biophysics
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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
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PHOTONICS
Research
I. Active fibers
II. Advanced fiber modeling
III. Non-linear photonics in fibers
Members
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MPI
Research
Rovibrational spectroscopy (SPECTRO)
Traces analyses (ANATRAC)
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Platform & Technical Platform
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CERLA
FIBERTECH LILLE
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SAKURA
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Insights into the physicochemical environments involved in the Solar System’s formation: characterization of carbonaceous chondrite meteorites by 2-step laser mass spectrometry
Laboratory
WHO ARE WE?
ORGANIZATION
NEWS
AGENDA
PhLAM SEMINARS
PROJECTS AND NETWORKS
EUROPE & INTERNATIONAL
NATIONAL PROJECTS
LOCAL & REGIONAL PROJECTS
VALORIZATION & INDUSTRY
HIGHLIGHTS
AWARDS AND DISTINCTIONS
QUANTUM SYSTEMS
DYSCO
PCMT
PHOTONICS
MPI
INTERNATIONAL
Insights into the physicochemical environments involved in the Solar System’s formation: characterization of carbonaceous chondrite meteorites by 2-step laser mass spectrometry
