Urszula Chodorow

Urszula Chodorow serves as an Assistant Professor at the Faculty of Advanced Technologies and Chemistry within Poland's Military University of Technology (Wojskowa Akademia Techniczna) in Warsaw. Her academic profile confirms active status with an institutional email (urszula.chodorow@wat.edu.pl) and physical office location (Building 100, Room 95). With a doctoral degree earned in 2015, she maintains a robust research program centered on advanced optical materials.

Her research portfolio demonstrates deep expertise in:

• Liquid crystal physics and composite materials
• Terahertz (THz) wave modulation and device engineering
• Infrared optical systems and modulators
• Thin film characterization and fabrication
• Metamaterials for tunable optical applications
• Spectroscopic analysis across electromagnetic spectra

Analysis of her 23 publications reveals an evolutionary research trajectory from fundamental liquid crystal properties (2012-2015) toward sophisticated device engineering (2017-2024). Recent work prominently features hyperbolic metamaterials, plasmonic color structures, and femtosecond laser modification techniques, indicating a strategic expansion into nanophotonics and advanced numerical modeling. Her publications consistently target high-impact applications including anti-counterfeiting, medical sensing, and infrared detection systems.

Dr. Chodorow has secured three research projects and achieved notable bibliometric recognition with an h-index of 10 (Scopus) and 9 (Web of Science), totaling 30.342 impact factor points and 930 in Poland's ministerial scoring system. While specific award details remain undisclosed, her work demonstrates significant scholarly impact through 52.38 total CiteScore and 15.654 SNIP metrics.

Her technical leadership spans optical device fabrication, terahertz spectroscopy, and numerical modeling. Current research directions indicate continued focus on tunable optical components for security and sensing applications, particularly in the terahertz domain where she has established internationally recognized expertise.