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The third-generation Italian synchrotron radiation facility Elettra has been serving the national and international scientific and industrial communities starting from 1993, with continuous upgrades up to the present day. In the storage ring, electrons traveling at nearly the speed of light through undulators, wigglers and bending magnets produce synchrotron radiation, a light ten billion times brighter than that supplied by conventional radiation sources, with tunable wavelength spanning from the infrared to hard x-rays. Beamlines collect and transport this radiation to the experimental stations, where the secrets of matter are revealed thanks to investigation techniques based on spectroscopy, diffraction, absorption, scattering and imaging. Research is carried out in fields ranging from physics to chemistry, from biology to life and environmental sciences, from medicine to cultural heritage. |
Quantum materials
topological winding of electrons in the quantum world
Quantum materials
Probing the arrangement of subsurface dopants in silicon devices
Functional materials
the etching of a conductive oxide revealed by operando spectroscopy
Nanodroplets science
efficient indirect ionization by inelastic electron scattering
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Machine
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Elettra, the 2/2.4 GeV third generation Italian light source, has successfully joined the synchrotron facilities that operate fully in top-up mode.
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Beamlines
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Elettra is proud of operating 28 beamlines that enable the most important x-ray based techniques in the areas of spectroscopy, spectro-microscopy, diffraction, scattering and lithography.
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Machine status
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Beam parameters
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Electron beam operating parameters of the Elettra storage ring
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Call for proposals
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Bibliography
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Elettra2.0
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On the next generation - ultimate light source - Elettra 2.0
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Last Updated on Friday, 16 September 2022 15:44
