Pay Sergio
Department of Physics
University of Salerno
Italy
Biography
Since 2013 National Enabler as a first-class teacher in the competition sector 02 / B1 Experimental Physics of the Subject Since 2005 Associate Professor of Experimental Physics at the University of Salerno from 2001 to 2005 First Researcher CNR from 1987 to 2001 Researcher CNR 1984 Degree in Physics University of Salerno 1987 Ph.D. in Physics Technical University of Denmark Scientific coordination of several national and international projects, including: • (1996-99) resp. local Experiment INFN Suradda • (1996-00) resp. CNR in the South INFM project "Non destructive analysis with parasitic currents through superconducting devices". • (1998-01) resp. national INFN Lazarus experiment. • (1998-06) Member Steering Committee Collaboration RD39 "Cryogenic Tracking Detectors" CERN - Switzerland • (2002-03) resp. contract Pirelli Labs. "Fast Josephson Superconductive Device Photovoltaic Displays" • (2004-06) resp. INFM Seed project "Fast Superconductive Optical Detectors" • (2006-08) resp. CNR European project STREP "SINPHONIA: Single-photon nanostructured detectors for advanced optical applications" • (2011-14) resp. CNR European project "IRONSEA: Establishing the basic science and technology for Iron-based superconducting electronics applications" since 2010 Responsible Salerno Operational Unit of the CNR Institut SPIN The research activity concerned mainly superconductive electronics, although recently it has been extended to the study of complexity and coherence. In particular, it concerned: Physics of Josephson SQUID junction high Tc Cryogenic semiconductive detectors. Digital Circuits Josephson Superconductive detectors New superconductive active devices Low-frequency transport and noise properties in materials and devices Development of a complex theory based on complex systems Applying network theory to healthcare
Research Interest
The research activity concerned mainly superconductive electronics, although recently it has been extended to the study of complexity and coherence. In particular, it concerned: Physics of Josephson SQUID junction high Tc Cryogenic semiconductive detectors. Digital Circuits Josephson Superconductive detectors New superconductive active devices Low-frequency transport and noise properties in materials and devices Development of a complex theory based on complex systems Applying network theory to healthcare
