PhD supervisor: Dr. Marco Cammarata
SO = Scientific Objectives;
TO = Training Objectives.
SO1: Observe structural changes in proteins with X-ray Aborption and Scattering.
SO2: Observe protein dynamics with ultrafast optical spectroscopy from ultraviolet to infrared.
SO3: Interpret data using non equlibrium Molecular Dynamics.
TO1: Training in the use of state-of-the optical/Infrared pump and probe spectroscopy.
TO2: Training in the use of state-of-the art X-ray sources.
TO3: Training in data analysis of XFEL data.
Visualizing atoms in motions are becoming reality thanks to new X-ray sources. This ESR will study different photoactive (bio)molecules following photoexcitation. Since beamtime at XFELs is precious and limited, preliminary studies will be done in the already existing fs laser lab and at third generation sources. The XFEL data analysis code will be developed within open source frameworks. Experiments of X-ray Absorption, scattering and diffraction will be performed.
Involvement with other tasks: This ESR will be trained in performing optical ultrafast spectroscopy and data analysis of solution X-ray and optical ultrafast experiments. Partners could also perform optical experiments in Rennes.
Local Training: This ESR will be enrolled as a PhD student at the University of Rennes where many courses are given in English and is part of an international Erasmus Mundus program (MaMaSelf) around Large Facilities offering courses in crystallography, physics, chemistry, etc.
Sep 2014–Feb 2015 Traineeship Joint Research Centre, IHCP, Ispra (Italy)
Nanoparticles characterization methods
2011–2013 Erasmus Mundus Master’s degree in “Advanced Spectroscopy in Chemistry
Master thesis title: “Microfluidic for applications in synthesis of gold nanoparticles and liquid phase glycerol oxidation reaction”
2007–2011 Bachelor’s degree in Chemistry