The activity of the “Attosecond Research Center” is based on the application of ultrashort EUV pulses to the investigation of ultrafast phenomena in atoms, molecules and solids on timescales ranging from a few femtoseconds to a few tens of attoseconds. The experimental activity is performed in three laboratories equipped with two attosecond beamlines and a femtosecond beamline with a time-delay compensated EUV monochromator. The current research is highly interdisciplinary, since it combines challenging achievements in various fields: laser technology, extreme nonlinear optics, XUV optics, atomic, molecular and solid-state physics, molecular modeling, inorganic and organic chemistry, biophysics.

The center takes advantage of the expertise in attosecond science acquired in the last decade by the attosecond group at the  Physics Department of Politecnico di Milano in Milan and the  IFN-CNR, Italy. The group has a long standing expertise in the field of ultrafast science and technology. In 2006 the first complete temporal characterization of isolated attosecond pulses, based on the FROG CRAB technique, was demonstrated in Milano. The key laser technology at the basis of this result was the generation of high-energy few-optical-cycle pulses, by using the hollow fiber compression technique (invented and developed in 1996 by Orazio Svelto, Sandro De Silvestri and Mauro Nisoli). Since then, various important applications in attosecond science have been reported by the group, in close collaboration with various European researchers.

One of the attosecond laboratories was funded by the European Research Council under the European Union’s Seventh Framework Programme (FP7/2007-2013) / ERC grant agreement n. 227355 ELYCHE (ELectron-scale dYnamics in CHEmistry).