Sergey Igorevich Osokin was born in 1976 year in Russian family in the town Kazan, which is being now the capital of Tatarstan. He obtained his intermediate education in Kazan in 1993 year, finishing the specialized school number 131 on physics and mathematics, awarded by the special prize for successes in studying physics, algebra, geometry, and beginnings of the mathematical analysis. In 1998 year he finished the physical faculty of Kazan State University with honors and received his Master Degree on specialization of solid state physics as an experimentalist. After he had graduated from the Kazan State University, he went to Japan for two years to study and work in Kanazawa University as a student of Master course. In September 2000 year he finished the faculty of science of Kanazawa University and awarded the degree of Master of science with Number of Degree: Shi-Syu 819. From October 2000 to June 2003 he was a postgraduate student of the Theoretical Physics Department of Kazan State University. In November 27 2003 he awarded the academic degree of Candidate of Science on Physics and Mathematics. From January 2004 to January 2007 he worked in Kazan Physical-Technical Institute in laboratory of Medical Physics Methods. The main task was development of the mathematical model of the medical tomographs. Particularly he made the model of magnetic system of the medical tomographs. Simultaneously from January 2006 to present day he works in Kazan Federal University (initially in department of Molecular Systems, Physical Faculty and then department of Technical Physics and Energetics, Institute of Physics). Within a group (headed by Prof. Raoul Nigmatullin) he develops standards of fluctuation-noise metrology. From 2006 to 2008 he was principal investigator on the grant RSP (Russian Science Potential): "Detection of the micro- and meso-structures of the heterogeneous polar mediums by the dielectric spectra". From January 2009 to December 2010 he was principal investigator on the grant RSP (Russian Science Potential): "Noninvasive methods of treatment spectra, signals and noises from complicated heterogeneous systems, including micro- and nano-systems".