Barone Fabrizio

Biography

Training 1985 Honors degree in Electronic Engineering, University of Naples "Federico II".  1986-1987 Scholarship, National Institute of Nuclear Physics, sect. Naples.  1987-1990 PhD in Physics, University of Naples "Federico II".  Academic Career 1991-1999 Physics Researcher (B01B), Department of Physical Sciences, University of Naples "Federico II".  1999-2004 Associate Professor of Physics (SSD FIS / 07 ex B01B), Department of Pharmaceutical Sciences, University of Salerno.  2005-present Ordinary Professor of Physics (SSD FIS / 07), Department of Pharmaceutical Science (then Department of Pharmaceutical Sciences and Biomedical Sciences) (2005 - 2012) - Department of Medicine and Surgery (2013- today), University of Salerno. Research Activities Its research activity is oriented towards the study of both theoretical and experimental themes, which can be framed according to two main lines of research:  1. Research and Development of Gravitational Interferometric Detectors  2. Research and Development of Sensors, Systems and Methodologies physical, environmental, pharmaceutical, medical and biological applications.  These lines of research are also the main lines of the scientific research activity of the Applied Physics Research Group of the University of Salerno, group that prof. Fabrizio Barone founded in 2005 and since then coordinates scientifically. Within these lines of research, prof. Fabrizio Barone has published more than 210 original works on international journals with referee, over 220 communications on international symposia and numerous national and international patents. He was among the proponents of many international experiments (Virgo, Argo, Einstein Telescope, ...), many of which have already been successful, experiments in which he has had and has important scientific and management roles. In this context, he has many international collaborations with universities and research institutes around the world and is a member of many international scientific societies. In addition, in parallel, but often in connection with this intense and innovative scientific activity,

Research Interest

Its research activity is oriented towards the study of both theoretical and experimental themes, which can be framed according to two main lines of research:  1. Research and Development of Gravitational Interferometric Detectors  2. Research and Development of Sensors, Systems and Methodologies physical, environmental, pharmaceutical, medical and biological applications.