معرفی
Wojciech Tomczyk is a Postdoctoral Researcher at the Department of Theory of Complex Systems, Institute of Theoretical Physics at Jagiellonian University. His research focuses on liquid crystalline systems, particularly the twist-bend nematic phase in bent-core molecules, and explores topics such as chiral symmetry breaking, biaxial order parameters, and molecular dynamics using mean-field theories. Recently, he has also engaged in EEG signal analysis related to neurological disorders. Tomczyk has authored numerous papers in top journals like Soft Matter and Liquid Crystals, and his work has been recognized with awards such as the 2015 Soft Matter World Calendar Competition and multiple artist-of-the-month distinctions from the International Liquid Crystal Society.
Key research areas include:
- Phase transitions in liquid crystals
- Biaxial and chiral molecular configurations
- Computational modeling of condensed matter systems
- EEG analysis for neurological studies
He has managed grants investigating liquid crystal properties and participated in interdisciplinary projects. Tomczyk has presented at major conferences like the European Conference on Liquid Crystals and delivered invited seminars on topics such as twist-bend nematic phases and flexopolarization effects.
Notable achievements include:
- Winner of the 2015 Soft Matter World Calendar Competition
- Artist of the Month (August 2015 and January 2015)
- Recipient of Polish National Science Centre scholarships
Current projects involve analyzing EEG data to study multiple sclerosis using multifractal techniques, extending his expertise in complex systems analysis.
