Elettra Highlights 2024–2025 167 Fermi Beamlines *3rd harmonic source energy range (eV) TeraFERMI TeraHertz beamline at FERMI THz 0,001 - 0,05 MagneDyn Magnetodynamic studies FEL-2 40-310 (*930) LDM Low Density Matter: atomic, molecular, and optical science with rarefied targets FEL-1 / FEL-2 12-310 (*930) DiProI Diffraction and Projection Imaging FEL-1 / FEL-2 12-310 (*930) EIS-TIMEX Elastic and Inelastic Scattering: Ultrafast TIme-resolved studies of Matter under EXtreme and metastable conditions FEL-1 / FEL-2 12-310 (*930) EIS-TIMER Elastic and Inelastic Scattering: TIME-Resolved spectroscopy of nanoscale dynamics in condensed matter physics FEL-1 / FEL-2 12 - 200 Laboratories & Services CITIUS Interregional Centre of Ultrafast Photonic Technology for Spectroscopies Hard X-ray Laboratory Hard X-ray Laboratory Instrumentation and Detectors Instrumentation and Detectors Laboratory MiNaC Micro and Nano Carbon Laboratory NanoLab NanoInnovation Laboratory Nanoscale Materials Laboratory Nanoscale Materials Laboratory Optics Lab Optical Metrology Laboratory OptimaTo Optimal Imaging and Tomography Q4Q Quantum Spectroscopy for Quantum Materials SciQC Lab Scientific and Quantum Computing Laboratory SPRINT Spin Polarized Research Instrument in the Nanoscale and Time Laboratory Structural Biology Structural Biology Laboratory TomoLab X-ray computed microtomography (micro-CT) T-ReX Time Resolved X-ray spectroscopy Laboratory source* id = insertion Device (wiggler or undulator) / bm = bending magnet Elettra Beamlines Acronym explanation and/or short description of the main techniques source* energy range (eV) 1.1L TwinMic Soft X-ray transmission and emission microscope id 400 – 2200 1.2L Nanospectroscopy Spectroscopic photoemission and low energy electron microscope (SPELEEM) id 25 – 1000 1.2R NanoESCA Imaging XPEEM spectroscopy, microprobe ARPES and XPS id 25 – 1000 2.2L ESCA Microscopy Scanning photoelectron microscopy (SPEM) id 400 – 1200 2.2R SuperESCA High energy resolution photoemission and X-ray absorption spectroscopy id 90 – 1800 3.2L Spectromicroscopy Angle-resolved photoemission microscopy id 27; 74 3.2R VUV-Photoemission Vacuum UltraViolet photoemission id 20 – 750 4.2 CiPo Circular Polarization - (Dichroic measurements on chiral systems) id 7 – 900 5.2R XRD1 X-Ray Diffraction id 4000 – 21500 5.2L SAXS Small Angle X-ray Scattering id 5400; 8000; 16000 6.1L MSB Materials Science Beamline (Photoemission and X-ray absorption) bm 22 – 1000 6.1R SYRMEP SYnchrotron Radiation for MEdical Physics bm 9000 – 40000 6.2L GasPhase Gas Phase Photoemission - Photoelectron and fluorescence spectroscopy id 13 – 900 7.1R MCX Materials Characterisation by X-ray diffraction bm 6000 – 20000 7.2 ALOISA Advanced Line for Overlayer, Interface and Surface Analysis id 130 – 1500 8.1L BEAR Bending source for Emission Absorption and Reflectivity bm 2.75 – 1600 8.2 BACH Beamline for Advanced diCHroism id 44 – 1650 9.1 SISSI-Bio Synchrotron Infrared Source for Spectroscopy and Imaging Chemical and Life Sciences bm 0.001 – 2.5 9.1 SISSI-Mat Synchrotron Infrared Source for Spectroscopy and Imaging Materials Science bm 0.001 – 2.5 9.2R APE-LE Advanced Photoelectric Effect - Low Energy id 10 – 100 9.2L APE-HE Advanced Photoelectric Effect - High Energy id 200 – 1600 10.1L XRF X-Ray Fluorescence bm 700 – 14000 10.1R DXRL Deep X-Ray Lithography bm 2 – 20000 10.2L IUVS Inelastic UltraViolet Scattering id 5 – 11 10.2R BaDElPh Band Dispersion Electronic Photon coupling (LE-ARPES) id 4.6 – 40 11.1R XAFS X-Ray Absorption Fine Structure bm 2400 – 25000 11.2C XRD2 X-Ray Diffraction (Macromolecular Crystallography) id 8000 – 35000 11.2R Xpress High pressure X-ray diffraction id 25000 Our beamlines, laboratories and services Facts & Figures
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