Prof Sandro Olivo
Alessandro (“Sandro”) Olivo is Professor of Applied Physics with the Department of Medical Physics and Biomedical Engineering at UCL, and the spokesperson of the Advanced X-Ray Imaging (AXIm) Group. He graduated summa cum laude from the University of Trieste in 1995, did a PhD at the same university after a short stint as a hospital physicist, and moved to UCL in 2005 thanks to a EU-funded Marie Curie Fellowship. Overall he has worked in x-ray imaging for over 20 years, and is considered a pioneer in the field of X-ray phase contrast imaging, having co-designed the in vivo mammography system operational at the Trieste synchrotron and invented the “edge-illumination” and “coded-aperture” methods. He has been awarded >£12M in research funding, published >200 papers, and given >100 conference talks/seminars, 68 of which were invited. Articles on his work appeared, among others, in Nature, Scientific American, Physics Today, Physics World.
Phase contrast imaging: giving x-rays soft tissue sensitivity
X-rays are often assumed to “lack soft tissue sensitivity” but new approaches based on phase (instead of attenuation) contrast can change all this. Although originally considered restricted to specialised facilities such as synchrotrons, new phase-based approaches are being developed that allow implementation with conventional sources, opening the way to clinical translation. This seminar will cover the physical principles, present the state of the art and discuss future perspectives.
EVEN MORE SEMINARS
Marianthi-Vasiliki Papoutsaki Centre for Medical Imaging, University College of London
Harmonisation of prostate multiparametric MRI protocols across different sites
Dr Anna Barnes University College Hospital
Imaging biomarkers to investigate neuropathology
Professor David J. Lurie University of Aberdeen
Fast Field-Cycling MRI: A New Diagnostic Imaging Modality
Dr Nasir Hameed School of Medicine, University of Central Lancashire
Remote Imaging ‘Pass me my stethoscope – I mean smartphone’
Dr Scott Semple University of Edinburgh
Magnetic Resonance Imaging of myocardial viability