Will be updated soon..

Will be updated soon..

Trokhimchuck Petro P., Ph. D., Assoc. Prof. of AnatoliySvidzinskii Department of Theoretical @ Computer Physics of LesyaUkrainkaVolyn National University, Member of SPIE, IEEE, Shevchenko Scientific Society, Ukrainian Physical Society, American Chemical Society and author more as 500 scientific and educational works and paper, including 30 books, in area Relaxed Optics (RO), Polymetric Analysis, Physical Chemistry, Nonlinear Optics (NLO), Theoretical and Computer Physics, Mathematics, Astrophysics and Philosophy of Science and Culture.Main results in RO and NLO: three basic concepts of RO(kinetic, electromagnetic and coherent); physical fundamentals of laser technology for indium antimonite and indium arsenide; one and two-diffusive models of laser implantation; cascade models of laser-induced phase transformations (InSb, InAs, Si, Ge and other materials); model of laser-induced reradiation and reabsorption; cascade models of laser-induced optical breakdown (silicon carbide, potassium chloride, water and gases); electromagnetic concept of laser-induced shock processes; laser-induced Cherenkov radiation and other.

Dr. Varsha is associated with Defence Research and Development Organisation (DRDO), India. Prior to joining DRDO, she worked as a Project Research Scientist at the Indian Institute of Technology (IIT) Bombay, contributing to cutting-edge research projects in metamaterials based optical and photonic systems. She earned her Ph.D. in Fiber Lasers from Lakehead University, Canada, where her research focused on the development and characterization of fiber pulsed laser systems in NIR and mid IR regions and their applications in modern photonics. Her academic and research journey has been driven by a strong interest in advancing laser science and optical technologies for both fundamental and applied research. Dr. Varsha's expertise encompasses fiber lasers, ultrafast photonics, nonlinear fiber optics, gas sensing, and laser based technologies. Over the course of her career, she has actively contributed to scientific research through publications in peer-reviewed journals and presentations at national and international conferences. Her work reflects a commitment to bridging theoretical understanding with practical technological innovation.

President R & I Center of PO, FA and PAC, Expert of EU “Horizon Europe”, ERA.NET, EURECA Eurostars, International Cooperation (InCo) and Council of CIS countries. Academic Member of the Greece ATINER Academia, Member of American Chemical Society (ACS), Society of Chemical Industry (US-England, SCI), Reviewer of Springer, Elsevier, Wiley, etc. journals,Author of 2 theories and 3 books.Laureate of “The International Presidents Award for Iconic Achievement” and “Top 100 Professionals” (IBC, Cambridge, England), "The Albert Einstein Award for Excellence" (Top 50 Geniuses of World, ABI, USA), Marquis Who's Who 2009-2022, Albert Nelson Marquis Lifetime Achievement Award (USA), awards of Armenia and former USSR. During the period of yield formation, the parameters of chlorophyll delayed fluorescence (DF) in the leaf corresponded to fertilizer, temperature, and viral infection. They had a dramatic influence on the effectiveness of yield formation. The maximum level of DF amplitude mostly depended on the activity of active PSII concentration changes per square unit. Half-decay time of this amplitude was predominantly identified by the level of carbohydrate metabolism in the overall plant system, including the quantity of its products and, therefore, mostly by correspondence with yield.

Will be updated soon..

Dr. Konstantin Zsukovszkij, Principal Researcher at WIGNER Research Center for Physics, Budapest, Hungary, specializes in nanophotonics, undulator radiation and free electron lasers, and applied mathematical analysis. He earned his Ph.D. in 1997 and Doctor Habilitatus in 2011. As a Research Fellow at ENEA, Rome (1998–2010), he contributed to undulator radiation theory. As Full Professor (2018–2023), he developed models for stimulated undulator radiation, free electron lasers, heat transfer on nanoscale and matter-radiation interaction for nanoantenna-assisted laser fusion. He has published more than 100 papers and received Highly Cited Paper Awards (WoS, 2016–2023).