https://www.laserlab-europe.eu/transnational-access/find-a-facility/laboratory-astrophysics-planetology Reproducing in the lab thermodynamic conditions relevant to astrophysical objects or planet interiors and studying the dynamics of related phenomena (e.g. radiative shocks). 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 publisher Atomic and Molecular Physics Attophysics Condensed Matter Physics Soft Matter Physics Phase Transition Physics Surface Science Plasma Physics Warm Dense Matter Laboratory Astrophysics & Planetology Harmonics Particles Radiation EMP Techniques Nonlinear and Quantum Optics Physical Chemistry and Chemical Physics Plasma Optics Amplification and Compression Techniques Innovative Lasing Novel Materials Materials Under Radiation Imaging for Life Sciences Novel Detectors Plasma Diagnostics Advanced Laser Diagnostics Medical Imaging Laser Fusion 2023-09-29T09:42:55Z Document https://www.laserlab-europe.eu/about-us/partners/clf The CLF offers access to five unique laser facilities for multi-disciplinary research. VULCAN operates two target areas: a high energy 1 PW capability and a synchronised 100 TW & 2 kJ/ns capability, both with very flexible configurations for research in high energy density science. GEMINI offers a unique synchronised dual beam capability with 0.5 PW beams operating at one shot every 20 seconds, focussing on plasma accelerators and the generation and application of secondary sources. ARTEMIS has three beamlines utilising HHG, at 1 kHz/800 nm/200 eV and 100 kHz/1700 nm/1 keV (due online shortly), with a wide suite of end stations for pump-probe experiments in ultrafast XUV science. ULTRA is an ultrafast pump-probe laser spectroscopy facility, combining laser, detector and sample manipulation technology to probe ultrafast molecular dynamics. OCTOPUS: a suite of imaging and laser trapping capabilities, such as super-resolution (including cryogenic), confocal, and light sheet microscopy, single molecule imaging/tracking, and focused ion beam SEM. No publisher Atomic and Molecular Physics Nuclear Physics Condensed Matter Physics Phase Transition Physics Surface Physics Plasma Physics Warm Dense Matter Laboratory Astrophysics & Planetology Harmonics Particles Radiation EMP Techniques Nonlinear and Quantum Optics Quantum Physics Chemical Physics Physical Chemistry Solvation Chemistry Organic Chemistry Fullerene Chemistry Stereochemistry Combustion and Catalysis Inorganic Chemistry Coordination Chemistry Analytic Chemistry Cellular and Molecular Biology Biophysics Structural Biology Metabolomics Botany Natural Light Harvesting Food Science Plasma Optics Amplification and Compression Techniques Novel Materials Materials Under Radiation Imaging for Life Sciences Other Imaging and Analysis Novel Detectors Advanced Laser Diagnostics Laser Manufacturing Optoelectronics Organic Electronics EUV Lithography Cancer Research Immunology Light Therapy and Disinfection Parasitology Medical Imaging Pharmacology Laser Fusion Solar Energy Ecology Cultural Heritage and Historical Preservation 2024-08-29T14:47:10Z Document 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 publisher Atomic and Molecular Physics Attophysics Nuclear Physics Plasma Physics Warm Dense Matter Laboratory Astrophysics & Planetology Harmonics Particles Radiation EMP Techniques Nonlinear and Quantum Optics Quantum Physics Plasma Optics Amplification and Compression Techniques Innovative Lasing Materials Under Radiation Imaging for Life Sciences Other Imaging and Analysis Novel Detectors Advanced Laser Diagnostics Laser Manufacturing Cancer Research Medical Imaging Laser Fusion Cultural Heritage and Historical Preservation 2024-06-13T07:40:36Z Document https://www.laserlab-europe.eu/about-us/partners/felix Stichting Katholieke Universiteit, Radboud University Nijmegen, Netherlands No publisher Atomic and Molecular Physics Condensed Matter Physics Soft Matter Physics Phase Transition Physics Laboratory Astrophysics & Planetology Quantum Physics Chemical Physics Physical Chemistry Organic Chemistry Fullerene Chemistry Combustion and Catalysis Inorganic Chemistry Coordination Chemistry Analytic Chemistry Astrochemistry Biophysics Metabolomics Food Science Novel Materials Optoelectronics Spintronics Solar Energy 2023-09-29T09:48:05Z Document https://www.laserlab-europe.eu/about-us/partners/gsi GSI Helmholtzzentrum für Schwerionenforschung in Darmstadt, Germany is an accelerator laboratory hosting PHELIX (Petawatt High-Energy Laser for Ion eXperiments), both for combined laser/accelerator and standalone laser experiments. The PHELIX laser at GSI presently permits two types of operation: Pulses of a duration between 0.5 ns and 20 ns with a widely variable pulse shape and energies up to 1 kJ, and 0.5 ps short-pulse petawatt-class operation. One high-energy and one low-energy laser stand-alone target area are available, as well as a target area for combined laser / linear accelerator ion beam experiments with a dedicated 100 TW proton acceleration beamline. A new target area dedicated to combined laser / synchrotron ion beam experiments will be available by 2021. No publisher Plasma Physics Warm Dense Matter Laboratory Astrophysics & Planetology Particles Radiation Nonlinear and Quantum Optics Plasma Optics EMP Techniques Advanced Laser Diagnostics Plasma Diagnostics Imaging for Life Sciences Amplification and Compression Techniques 2023-09-29T09:55:17Z Document https://www.laserlab-europe.eu/about-us/partners/hilase HiLASE operates two diode-pumped Yb:YAG solid state laser facilities: Bivoj, delivering over 1 kW of average power in 105 J, 10 ns pulses at 10 Hz, for laser shock peening and ion generation, and Perla, a high average power laser platform generating < 2 ps pulses in broad spectral region from 206 nm to 3 microns for laser processing. No publisher Plasma Physics Laboratory Astrophysics & Planetology Particles Nonlinear and Quantum Optics Amplification and Compression Techniques Innovative Lasing Materials Under Radiation Novel Detectors Advanced Laser Diagnostics Laser Manufacturing 2020-03-06T08:55:00Z Document https://www.laserlab-europe.eu/about-us/partners/hzdr Helmholtz-Zentrum Dresden Rossendorf, Germany No publisher Plasma Physics Warm Dense Matter Laboratory Astrophysics & Planetology Particles Radiation Novel Detectors Advanced Laser Diagnostics Cancer Research 2022-03-21T13:45:46Z Document https://www.laserlab-europe.eu/about-us/partners/luli-coordinator LULI operates two multi-beam laser facilities: APOLLON, a Ti:Sapphire shot-per-minute facility offering an exceptional multi-PW peak power, and LULI2000, a highly energetic Nd-glass laser. APOLLON allows exploring high-field physics and generating extreme particle and radiation beams for applications. LULI2000 couples high-energy and high-power laser pulses onto a target together with external high-amplitude pulsed magnetic fields for high-energy-density physics investigation. No publisher Atomic and Molecular Physics Plasma Physics Warm Dense Matter Laboratory Astrophysics & Planetology Harmonics Particles Radiation EMP Techniques Cellular and Molecular Biology Plasma Optics Materials Under Radiation Plasma Diagnostics Laser Fusion 2023-09-29T09:56:12Z Document https://www.laserlab-europe.eu/about-us/partners/pals PALS operates a kJ-class photodissociation iodine laser system at a wavelength of 1315 nm and a pulse duration of 350 ps. This main laser beam is precisely synchronized with a femtosecond Ti:sapphire laser system (up to 1 J, 40 fs) used mainly as a probe beam for plasma parameter measurements. No publisher Plasma Physics Warm Dense Matter Laboratory Astrophysics & Planetology Particles Radiation EMP Techniques Physical Chemistry and Chemical Physics Astrochemistry Plasma Diagnostics Laser Fusion 2023-12-12T10:08:40Z Document