Karpeshin Feodor Feodorovich_SCET 2019

个人简介
Prof. Karpeshin Feodor Feodorovich the Saint-Petersburg State University, Russia
简介： Graduated from the Saint-Petersburg State University. Aspirant in Petersburg Nuclear Physics Institute. Worked as a Research Scientist, Professor at the Saint-Petersburg State University, Bonn, Bordeaux, University of Coimbra (Portugal), Weizman Institute of Science, Kharbin Polytechnic Institute, Mendeleev Institute for Metrology (up to present). Stayed as a Visiting Professor at the University of Naples, Aristotle University of Thessalonica, University of Warsaw, Polytechnic University of Zurich, Paul Scherer Institute at Villigen, University of Pisa. Contractor of DTRA, RFFI and other foundations. Author of 150 science papers in refereed Journals. Monography “Prompt Fission in Muonic Atoms and Resonance Conversion”, Science, Saint-Petersburg, 2006. Main field: Electrodynamical Processes in the interdisciplinary field of Atomic, Molecular and Nuclear Physics, Dynamics of Interaction with strong electromagnetic field, laser-produced plasma. Theoretical research in close contact with experiment. The new concept has been developed of resonance enhancement of action of the electromagnetic radiation on the nuclei via resonance internal conversion.

个人简介

Prof. Karpeshin Feodor Feodorovich
the Saint-Petersburg State University, Russia

简介：
Graduated from the Saint-Petersburg State University. Aspirant in Petersburg Nuclear Physics Institute. Worked as a Research Scientist, Professor at the Saint-Petersburg State University, Bonn, Bordeaux, University of Coimbra (Portugal), Weizman Institute of Science, Kharbin Polytechnic Institute, Mendeleev Institute for Metrology (up to present). Stayed as a Visiting Professor at the University of Naples, Aristotle University of Thessalonica, University of Warsaw, Polytechnic University of Zurich, Paul Scherer Institute at Villigen, University of Pisa. Contractor of DTRA, RFFI and other foundations. Author of 150 science papers in refereed Journals. Monography “Prompt Fission in Muonic Atoms and Resonance Conversion”, Science, Saint-Petersburg, 2006. Main field: Electrodynamical Processes in the interdisciplinary field of Atomic, Molecular and Nuclear Physics, Dynamics of Interaction with strong electromagnetic field, laser-produced plasma. Theoretical research in close contact with experiment. The new concept has been developed of resonance enhancement of action of the electromagnetic radiation on the nuclei via resonance internal conversion.