معرفی
Kristijonas Genevičius serves as Chief Researcher at the Institute of Chemical Physics within Vilnius University's Faculty of Physics. His research focuses on fundamental charge carrier phenomena in organic electronic materials, with particular emphasis on solar cell technologies and characterization techniques. His work bridges theoretical physics and practical applications in renewable energy materials.
Genevičius specializes in organic electronics, particularly in the transport and recombination of charge carriers in disordered materials. His research utilizes advanced techniques like time-of-flight measurements and CELIV (Charge Extraction by Linearly Increasing Voltage) to investigate organic and hybrid solar cells, oFETs, and related optoelectronic devices. His work provides critical insights into the fundamental mechanisms governing efficiency and stability in next-generation photovoltaic materials.
Analysis of his publication record reveals a strong focus on charge carrier dynamics in organic semiconductors, with particular emphasis on measurement techniques for characterizing transport properties. His research spans fundamental physics of disordered materials to applied solar cell technologies, showing consistent progression from basic characterization methods to complex device engineering. The publications demonstrate expertise in both theoretical modeling and experimental validation of charge transport phenomena.
- Lithuanian science award for the work 'Charge carriers transport and recombination in disordered materials' (2015)
Genevičius has supervised multiple doctoral students including Bronė Lenkevičiūtė (2012-2016) on organic light emitting diodes, Jonas Romualdas Čepas (2019) on charge carrier recombination, and Meera Stephen (2013-2016) as consultant on organic photovoltaics. He led the 2015-2018 Lithuanian Research Council project 'Investigation of the charge carriers transport features in thin multilayered hybrid structures' and has supervised 18 bachelor and 8 master students over the past decade.
As an active member of Vilnius University's academic community, Genevičius serves on the Council of the Faculty of Physics, the master study program 'Photonics and Nanotechnology' committee, and the Doctoral Committee for Physics. He contributes to science education as an assessor for the International Physics Olympiad (2021) and Vilnius International Project Olympiad (2020-2022), teaching courses in nanoelectronics, nano- and micro-structure technologies, and physics of disordered materials.
