Using spectroscopic techniques to better understand physicochemical phenomena such as hydrogen bonding and chemical bonds, electrons transfer, etc. 2020-11-02T14:33:14+01:00 urn:syndication:d14f242484cf4c6999737d53cb0fae6d https://www.laserlab-europe.eu/logo.png https://www.laserlab-europe.eu/favicon.ico plone urn:syndication:1c366c44cb4c8673d3f0d19f09339baa

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.

michel 2023-09-29T10:42:55+01:00 2023-09-29T10:42:55+01:00 urn:syndication:f42707e72185c88fd422afe6330c6282

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.

michel 2024-08-29T15:47:10+01:00 2024-08-29T15:47:10+01:00 urn:syndication:c9d394f6e88c401aaa958392ec75d4e8

CLL aims to promote and support the use of lasers in the study of the interactions between radiation and matter at the molecular level. Specialized on photochemical, photophysical and spectroscopic studies, from the infrared through the ultraviolet, covering timescales from femtoseconds at room temperatures to ultra slow processes at cryogenic temperatures.

michel 2023-10-17T09:04:47+01:00 2023-10-17T09:04:47+01:00 urn:syndication:e6142c8010fa3bda6ecf2c3e94520ea9

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.

michel 2024-06-13T08:37:01+01:00 2024-06-13T08:37:01+01:00 urn:syndication:19407fedd24e42ffa42de364952eb378

Stichting Katholieke Universiteit, Radboud University Nijmegen, Netherlands

michel 2023-09-29T10:48:05+01:00 2023-09-29T10:48:05+01:00 urn:syndication:188708ba75cf84124a9436126fa9a53f

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.

davenport 2023-10-17T09:07:03+01:00 2023-10-17T09:07:03+01:00 urn:syndication:9f1214fd9e974bc59f65c4ca2b535c7b

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.

michel 2020-03-06T10:31:00+01:00 2022-03-21T14:46:40+01:00 urn:syndication:2d38efe5213c1e4299ceaf4c89e2f7ba

LENS, the European Laboratory for Non-Linear Spectroscopy, is a center of excellence at the University of Florence. Research interests include photonics, biophysics, chemistry and atomic physics. Three different main research areas (BIOPHOTONICS, PHOTONIC MATERIALS, ATOMIC PHYSICS) and more than twenty research topics, corresponding to active laboratories, are presently running.

michel 2022-03-21T14:46:49+01:00 2022-03-21T14:46:49+01:00 urn:syndication:aa8b0adb61fe9ad1e7aa5c41f5d061cf

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.

michel 2022-03-21T14:46:57+01:00 2022-03-21T14:46:57+01:00 urn:syndication:c742a6ad25ec1e0aa47af657541de7f8

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.

michel 2023-09-29T10:44:56+01:00 2023-09-29T10:44:56+01:00 urn:syndication:0f7eb993a1d67cd189b4ebf7511f53bc

LP3 is a multidisciplinary academic laboratory of excellence. Its major activities focus on: i) generation of secondary sources such as hard X-ray by laser-induced plasma technology ii) fundamentals and technological research of laser-matter interactions and iii) development of laser-based processes. The main applications are related to laser structuration and fabrication with major outcomes in photonics, microelectronics, medicine and laser-based diagnostics.

michel 2022-03-30T15:51:39+01:00 2022-03-30T15:51:39+01:00 urn:syndication:307c50e2b7f2ec831eeba9598940b94a

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.

michel 2022-03-21T14:47:55+01:00 2022-03-21T14:47:55+01:00 urn:syndication:6f9a0e5376a03863a0b8f39a123df130

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.

michel 2023-12-12T11:08:40+01:00 2023-12-12T11:08:40+01:00 urn:syndication:a4a50b5bb01d49aed3fed781d1581ff6

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.

michel 2023-10-17T09:08:46+01:00 2023-10-17T09:08:46+01:00