Matej Klas

Matej Klas serves as Associate Professor in the Department of Experimental Physics at Comenius University's Faculty of Mathematics, Physics and Informatics in Bratislava. His academic appointment includes teaching responsibilities for Modern Plasma Technologies, Plasma Diagnostics, Electronics Basics, and Experiment Automation courses, reflecting his dual expertise in plasma physics and experimental instrumentation.

His research centers on experimental plasma phenomena with three interconnected pillars: fundamental vacuum microdischarge studies examining breakdown mechanisms in microgaps; agricultural plasma applications developing seed treatment protocols for enhanced germination; and plasma-activated water systems for pathogen decontamination. This work demonstrates a consistent trajectory toward translating plasma physics into practical solutions for food safety and sustainable agriculture, with recent publications showing increasing emphasis on biological validation of plasma effects.

Analysis of his 2021-2024 publications reveals a strategic research progression from fundamental discharge characterization toward applied agricultural solutions. The 2021-2022 work established foundational understanding of vacuum breakdowns and plasma-water interactions, while 2023-2024 publications focus on comparative efficacy testing of plasma sources for seed treatment and decontamination protocols. This evolution highlights growing interdisciplinary collaboration and practical implementation focus.

Professor Klas maintains an active supervision role through project-based teaching in electronics and experiment automation, though specific PhD students aren't listed. His research appears grant-supported given continuous publication output and equipment-intensive methodology. The Department of Experimental Physics provides institutional infrastructure for his plasma research, with collaborations extending to agricultural and microbiological researchers for application-focused studies.

His laboratory operations involve multiple plasma source configurations for comparative testing, with emphasis on reproducible experimental setups for both fundamental physics measurements and biological outcome assessment. The research team likely includes physics students for plasma characterization and interdisciplinary collaborators for agricultural validation phases.