Pierre is originally from Québec, Canada. After completing his PhD in Cornell University he was researcher at PSI (Switzerland), at TUM (Germany), then lecturer at UCL and associate professor at the University of Southampton.. He is now full professor at the University of Trieste, working on the development of high-resolution X-ray imaging techniques. Most of Pierre’s research work has been supported by the European Research Council, first with the starting grant “OptImaX” (2011-2017) and since 2020 with the consolidator grant “S-BaXIT”.
Fabio studied Physics and Biophysics at the Technical University of Munich (Germany) from 2009 until 2015. He wrote his Master thesis at the Biomedical Imaging Physics group of Prof. Dr. Franz Pfeiffer on algorithmic optimizations for a grating-based X-ray phase-contrast imaging setup for microCT applications.
He remained in the group for his Ph.D. thesis, where he co-developed a grating-based X-ray imaging setup optimized for imaging the lungs of large animals with the dark-field modality. This setup was used to produce the world-first in-vivo dark-field radiographs of a pig thorax, and thus demonstrated the viability of dark-field radiography as a clinical imaging tool.
Fabio joined the S-BaXIT project in February 2021 and defended his PhD thesis in June 2021. His main interest is in the development and improvement of image retrieval algorithms for X-ray phase contrast, in particular for speckle-based phase contrast and near-field ptychography.
Email: fabiodomenico [dot] demarco [at] units [dot] it
Vittorio is originally from Palermo, Italy. He completed a bachelor’s degree in Physics (2015) and a master’s degree in Medical Physics (2017) at the University of Pisa (Italy). His master’s degree thesis concerned the characterization of a system for breast-CT with synchrotron radiation implemented within the SYRMA-3D collaboration at the SYRMEP beamline of Elettra synchrotron. In 2017 he started a PhD course in experimental Physics at the University of Siena (Italy). His PhD project focused on the implementation of two state-of-the-art acquisition systems for spectral imaging applications. The first system was a lab-setup for spectral micro-CT including an energy resolving photon counting detector, the second was a setup for K-edge imaging with bent-Laue optics at synchrotron sources. As part of his PhD program, he spent six months as visiting researcher at the University of Saskatchewan (Saskatoon, Canada), collaborating with Prof. D. Chapman in the development of acquisition procedures and reconstruction algorithms tailored for spectral imaging with bent-Laue crystals.
After defending his PhD thesis in May 2021, Vittorio joined the S-BaXIT project in July 2021. His main interest is in the development of a setup for conventional transmission micro-CT for scattering signal extraction.
Sara is originally from Pula, Croatia. She completed a BSc in Physics (2018) and MSc in Nuclear and Subnuclear Physics (2020) at the University of Trieste, Italy. She worked on the evaluation of quality parameters in phase-contrast tomography during an internship at Elettra Synchrotron, Trieste. Her master’s thesis was on a Monte-Carlo simulation of a medical linear accelerator in Geant4.
Sara started her PhD on speckle-based X-ray imaging and tomography in November 2020, focusing on dark-field imaging in biomedical applications.
Ronan completed an Integrated Masters Degree in Physics at Durham University (UK) in 2018. His main interests were in astrophysics, with a particular interest in instrument design.
After graduating, he undertook a summer placement at Southampton University (UK), working on commissioning the group’s Excillum Source, supervised by Pierre. He then started a PhD in the group, with the aim of modifying the UMPA algorithm to extract a directional dark-field image.