معرفی
Zoltán Ható is a Senior Research Fellow at the Faculty of Engineering, University of Pannonia, specializing in computational modeling of molecular systems. His work focuses on molecular dynamics simulations of membrane diffusion processes, ion channel behavior, and clay mineral transformations, with significant contributions to understanding transport phenomena in confined geometries.
Research Focus
Dr. Ható's research centers on computational nanoscience with emphasis on:
- Molecular dynamics of membrane diffusion in biological ion channels and synthetic membranes
- Kaolinite clay intercalation, delamination, and nanoscroll formation mechanisms
- Ion transport selectivity in nanopores and zeolite membranes
- Multiscale modeling bridging atomistic simulations with continuum theories
His work integrates advanced simulation techniques to address fundamental questions in materials science and separation technology.
Publication Trends
Analysis of Dr. Ható's publications (2017-2025) reveals a consistent focus on computational characterization of confined systems. Key trends include:
- Progressive shift toward multiscale approaches connecting molecular dynamics with Poisson-Nernst-Planck modeling
- Increasing emphasis on practical applications in water purification and energy storage
- Systematic investigation of interlayer interactions in clay minerals for nanocomposite development
- Rigorous examination of scaling laws governing ion selectivity in nanopores
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