Attanasio Carmine

Biography

Carmine Attanasio, born in Nocera Superiore (SA) on March 30, 1960, is from October 2002 Associate Professor of Experimental Physics at the University of Salerno. In December 2013 he earned his degree as an ordinary professor for the competition sector 02 / B1 - Experimental Physics of Matter. His research in the experimental field of advanced and innovative materials has focused on the production of low and high Tc superconducting materials in the form of thin and multilayer films and the measurement of superconductive and transport characteristics even in the presence of radiation microwave. His scientific interest has been for several years in the study of the interaction between superconductivity and magnetism in stratified artificial structures. Co-inventor and Patent Attorney for ' 'In situ photolithography technique of thin layers of high temperature superconducting materials''. Author of more than 160 publications on international journals and 45 international conference communications, including 25 by invitation. His works have collected 715 citations for an index h = 14. He has been a lecturer of 9 thesis Degree and Master of Science degree in Physics and 8 Thesis of Triennal Degree. He has been a supervisor of four PhD theses and is responsible for 4 research assignments on topics related to the study of the interaction between superconductivity and magnetism. He has held 30 invitations to international conferences. He is a member of the Doctoral School of Physics Research at the University of Salerno. He has been responsible for FARB research projects (2000/01, 2001/02, 2002/03, 2010/11, (2007) and PRIN 2007 National Coordinator entitled "Electric and dc-ac electricity supply of superconductor / ferromagnetic stratified hybrid structures made of traditional materials" (2007). He has been responsible for the CNR-SPIN Institute's "Superconductive Transport Phenomena" research line. He is a member of the SPIN-CNR Institute's Board of Representatives. (2007) and PRIN 2007 National Coordinator entitled "Electric and dc-ac electricity supply of superconductor / ferromagnetic stratified hybrid structures made of traditional materials" (2007). He has been responsible for the CNR-SPIN Institute's "Superconductive Transport Phenomena" research line. He is a member of the SPIN-CNR Institute's Board of Representatives.

Research Interest

Experimental field of advanced and innovative materials has focused on the production of low and high Tc superconducting materials in the form of thin and multilayer films and the measurement of superconductive and transport characteristics even in the presence of radiation microwave