Indirizzo
Forma di lavoroOur laboratory is committed to conducting outstanding research in diverse fields, among which atomic, molecular and optical (AMO) science. The Low Density Matter (LDM) beamline at FERMI leverages the unique capabilities of the FEL source, including high brilliance and coherence, in conjunction with variable-focusing optics and a synchronized optical laser pump. These features enable time-resolved experiments with a resolution of tens of femtoseconds and, by an interferometric approach, the exploration of coherent electronic dynamics below 1 attosecond. The target systems encompass very dilute species, such as weakly-bound complexes, radicals, ions, as well as matter under extreme irradiation conditions (multiple excitation, non-linear optics). Experiments adopt a multi-technique approach that facilitates a thorough investigation of the electronic properties of free atoms, molecules, and clusters. See http://www.elettra.eu/elettra-beamlines/ldm.html for more information. Close collaborations are envisioned with AMO activities utilizing beamlines of the Elettra source, including the Gas Phase beamline and its successor MOST (Molecular and Optical Science and Technology) beamline, currently under construction as part of the Elettra 2.0 project.
The postdoctoral position offers unique opportunities for researchers aiming to make impactful contributions to one of the active AMO research fields, which include coherent control with shaped FEL pulses, molecular dynamics and cluster science. The role requires a proactive approach to support users throughout every phase of their activity, from preparing the experimental setup to conducting complex data analysis and writing scientific manuscripts. The selected candidate will be involved in development activities, such as implementation of new sample sources, expansion of optical laser set-up and optimization of existing spectrometers, while also contributing to the ordinary maintenance and operation of the beamline. The selected candidate is expected to actively take part and shape internal research, closely collaborating with the LDM and MOST research teams.
