LASERLAB-EUROPE
https://www.laserlab-europe.eu
LACUS (Lausanne, Switzerland)
https://www.laserlab-europe.eu/about-us/partners/lacus
LACUS offers various instruments for the investigation of matter (molecules, solutions, proteins, solids and nanosystems) in out-of-equilibrium conditions. Our instruments cover a broad range of observables, ranging from spectroscopic probes in the UV-visible range to electron diffraction and imaging in various sample environments, and covering a temporal range from femtoseconds to nanoseconds.No publisherAtomic and Molecular PhysicsAttophysicsCondensed Matter PhysicsSoft Matter PhysicsPhase Transition PhysicsSurface SciencePlasma PhysicsHarmonicsParticlesRadiationEMP TechniquesPhysical ChemistryChemical PhysicsSolvation ChemistryCoordination ChemistryMaterials Under RadiationOther Imaging and AnalysisAdvanced Laser DiagnosticsOptoelectronicsSolar EnergyUltra-Fast Spectroscopy2020/03/06 10:31:00 GMT+1PageMBI (Berlin, Germany)
https://www.laserlab-europe.eu/about-us/partners/mbi-1
MBI conducts basic research in nonlinear optics, ultrafast dynamics, the interaction of matter with laser light, and into the resulting applications. It develops and utilizes ultrashort and ultrafast lasers and laser-based short-pulse light sources in a wide spectral range in conjunction with nonlinear spectroscopy methods, as well as combining lasers with x-ray pulses from free electron lasers and synchrotrons.No publisherAtomic and Molecular PhysicsAttophysicsCondensed Matter PhysicsHarmonicsNonlinear and Quantum OpticsQuantum PhysicsChemical PhysicsPhysical ChemistryQuantum ChemistrySolvation ChemistryAmplification and Compression TechniquesNovel DetectorsAdvanced Laser DiagnosticsSpintronicsPageLOA (Palaiseau, France)
https://www.laserlab-europe.eu/about-us/partners/loa
LOA has played a pioneering role in the development of ultrafast laser-matter science at high intensities and related new concept of ultrafast lasers and secondary sources (electrons, protons, EUV, X-ray and gamma-rays, THz). LOA was one of the founders of the LASERLAB community. LOA develops cutting-edge advanced programs to answer scientific and societal challenges.No publisherAtomic and Molecular PhysicsAttophysicsCondensed Matter PhysicsPhase Transition PhysicsPlasma PhysicsHarmonicsParticlesPlasma-Based Radiation SourcesElectron-Induced Radiation SourcesNonlinear and Quantum OpticsAmplification and Compression TechniquesInnovative LasingNovel MaterialsPlasma DiagnosticsCancer ResearchMedical ImagingSolar EnergyAdvanced Laser DiagnosticsImaging for Life SciencesIn-situ Imaging for MachiningEnvironmental ImagingWavefront SensingTomographyUltra-Fast SpectroscopyPageLIDYL (Saclay, France)
https://www.laserlab-europe.eu/about-us/partners/lidyl
Located in Saclay, France, LIDYL is a fundamental research laboratory whose activities focus on radiation-matter interaction and applications. LIDYL's research programs cover the study of both electronic and nuclear dynamics, in the gas and condensed phases, from the simplest atomic and molecular systems to the most complex ones (biomolecules and nano-objects) and to laser-created plasmas using high-intensity fs lasers.No publisherAtomic and Molecular PhysicsAttophysicsCondensed Matter PhysicsPlasma PhysicsHarmonicsParticlesQEDPhysical Chemistry and Chemical PhysicsBiophysicsAmplification and Compression TechniquesMaterials Under RadiationAdvanced Laser DiagnosticsPageHIJ (Jena, Germany)
https://www.laserlab-europe.eu/about-us/partners/hij
The Few-Cycle-Laser laboratory is operating various laser sources for the investigation of strong field and attosecond laser physics. Ultrashort laser pulses in different spectral regions are available. POLARIS is an all-diode pumped laser system operated at HI-Jena and FSU Jena, currently reaching the highest peak power worldwide (170 TW on target) for such a system. Delivering <100-fs pulses at a rep-rate of 1/50 Hz with up to 17 J energy and extreme temporal contrast, POLARIS is an indispensable tool for our research program on laser-driven particle acceleration.No publisherAttophysicsPlasma PhysicsHarmonicsParticlesRadiationNonlinear and Quantum OpticsPlasma OpticsAdvanced Laser DiagnosticsPageFERMI (Trieste, Italy)
https://www.laserlab-europe.eu/about-us/partners/fermi
Elettra Sincrotrone Trieste is a multidisciplinary international laboratory of excellence, specialized in generating high quality synchrotron and free-electron laser light and using it in materials scienceNo publisherAtomic and Molecular PhysicsAttophysicsCondensed Matter PhysicsSoft Matter PhysicsHarmonicsRadiationNovel MaterialsMaterials Under RadiationImaging for Life SciencesOther Imaging and AnalysisPageCUSBO (Milan, Italy)
https://www.laserlab-europe.eu/about-us/partners/cusbo
CUSBO covers a broad range of activities of interdisciplinary nature. Several unique state of the art sources provide few-cycle light pulses, either widely-tunable or of high peak power seeding attosecond beamlines, for pump-probe experiments. Advanced laser workstations mostly based on time-resolved measurements are also applied to non-invasive clinical diagnostics, biological imaging, and non-destructive analysis of food and cultural heritage.No publisherAtomic and Molecular PhysicsAttophysicsCondensed Matter PhysicsSoft Matter PhysicsPhase Transition PhysicsSurface PhysicsHarmonicsRadiationChemical PhysicsPhysical ChemistrySurface ChemistryCellular and Molecular BiologyBiophysicsNatural Light HarvestingFood ScienceAmplification and Compression TechniquesImaging for Life SciencesNovel DetectorsOrganic ElectronicsCancer ResearchLight Therapy and DisinfectionMedical ImagingCultural Heritage and Historical PreservationPageULF-FORTH (Heraklion, Greece)
https://www.laserlab-europe.eu/about-us/partners/ulf-forth
The Ultraviolet Laser Facility (ULF-FORTH) is a multi-disciplinary laboratory dedicated to laser-based science. It is the major laser research facility in Greece. ULF-FORTH combines state-of-the-art experimental facilities with a rich spectrum of research activities and expertise including Atomic and Optical physics, Molecular physics and Chemical dynamics, laser-materials interactions, laser applications and techniques in Biomedicine and in Cultural Heritage.No publisherAtomic and Molecular PhysicsAttophysicsCondensed Matter PhysicsPhase Transition PhysicsSurface SciencePlasma PhysicsHarmonicsParticlesRadiationQuantum PhysicsStrong-Field PhysicsPhysical Chemistry and Chemical PhysicsCombustion and CatalysisMetabolomicsFood ScienceNovel MaterialsImaging for Life SciencesIn-situ Imaging for MachiningOther Imaging and AnalysisAdvanced Laser DiagnosticsPlasma DiagnosticsLaser ManufacturingOptoelectronicsOther NanobiotechnologyQuantum InformationCancer ResearchImmunologyMedical ImagingHydrogenBatteriesAtmospheric ScienceEnvironmental ImagingCultural Heritage and Historical PreservationPageLLC (Lund, Sweden)
https://www.laserlab-europe.eu/about-us/partners/llc
Located in Lund, in the south of Sweden, the LLC is the largest unit in the Scandinavian countries in the field of lasers and their use in spectroscopy, diagnostics and analysis. Its research programme ranges from atomic physics and attoscience to medical diagnostics and treatment, from fundamental quantum information and single-molecule spectroscopy to applied laser diagnostics of industrial processes.No publisherAtomic and Molecular PhysicsAstrodatabasesAttophysicsPhase Transition PhysicsPlasma PhysicsWarm Dense MatterHarmonicsParticlesRadiationNonlinear and Quantum OpticsQuantum PhysicsChemical PhysicsPhysical ChemistryCombustion and CatalysisPlasma OpticsImaging for Life SciencesOther Imaging and AnalysisNovel DetectorsAdvanced Laser DiagnosticsOptoelectronicsQuantum InformationMedical ImagingSolar EnergyEcologyPageICFO (Barcelona, Spain)
https://www.laserlab-europe.eu/about-us/partners/icfo
ICFO aims to advance the very limits of knowledge in Photonics, namely the science and technology of harnessing Light for fundamental physics, chemistry, material science, and applications in biological and medical research. Within ICFO, the SLN lab is equipped with cutting edge microscopy techniques and performs continuous development to provide unique features. The research programs cover a wide range of applications, from super resolution to mesoscopic levels. We collaborate with industry, hospitals and research centres. Our systems are available to all type of end-users. We provide training that can be accommodated to any type of user.No publisherAdvanced Laser DiagnosticsAmplification and Compression TechniquesAtomic and Molecular PhysicsAttophysicsCancer ResearchCellular and Molecular BiologyChemical PhysicsImaging for Life SciencesInnovative LasingLight Therapy and DisinfectionMedical ImagingMaterials Under RadiationNeuroscienceNonlinear and Quantum OpticsOptoelectronicsOther Imaging and AnalysisPhysical ChemistrySolar EnergyPageCLPU (Salamanca, Spain)
https://www.laserlab-europe.eu/about-us/partners/clpu
CLPU operates VEGA, a multi Terawatt laser system composed by three independent and synchronised 30 fs long Ti:Sa based-laser pulses: VEGA-3 of 1 PW (at 1Hz), VEGA- 2 of 200 TW and VEGA-1 of 20 TW (both up to 10 Hz). Besides its architecture, the uniqueness of VEGA is that it is a petawatt-class laser system of high-repetition rate.No publisherAtomic and Molecular PhysicsAttophysicsNuclear PhysicsPlasma PhysicsWarm Dense MatterLaboratory Astrophysics & PlanetologyHarmonicsParticlesRadiationEMP TechniquesNonlinear and Quantum OpticsQuantum PhysicsPlasma OpticsAmplification and Compression TechniquesInnovative LasingMaterials Under RadiationImaging for Life SciencesOther Imaging and AnalysisNovel DetectorsAdvanced Laser DiagnosticsLaser ManufacturingCancer ResearchMedical ImagingLaser FusionCultural Heritage and Historical PreservationPageCELIA (Bordeaux, France)
https://www.laserlab-europe.eu/about-us/partners/celia
CELIA is a centre of excellence in lasers and their interaction with matter. Research is performed on laser development, ultra-short intense laser matter interactions and applications, from the physics of hot dense plasmas to laser-molecule or laser-atom interactions. 3 state-of-the art laser drivers based on Ti:sapphire and Yb:fiber feed 9 fully-equipped end-stations including secondary XUV and X-ray sources.No publisherAtomic and Molecular PhysicsAttophysicsCondensed Matter PhysicsSoft Matter PhysicsPhase Transition PhysicsSurface SciencePlasma PhysicsWarm Dense MatterLaboratory Astrophysics & PlanetologyHarmonicsParticlesRadiationEMP TechniquesNonlinear and Quantum OpticsPhysical Chemistry and Chemical PhysicsPlasma OpticsAmplification and Compression TechniquesInnovative LasingNovel MaterialsMaterials Under RadiationImaging for Life SciencesNovel DetectorsPlasma DiagnosticsAdvanced Laser DiagnosticsMedical ImagingLaser FusionPage