M.Yu. Zadorozhnyy

National University of Science and Technology

Papers

Total Citations

H-Index

About

M. Yu. Zadorozhnyy is an emerging materials scientist and polymer researcher whose work centers on the development of electroactive polymer systems, with a particular focus on hydrogel-based linear actuators and ionic conducting materials for soft robotics and biomimetic applications. Zadorozhnyy's research addresses a critical challenge in the field: enabling polymer hydrogel actuators to respond rapidly at low voltages, overcoming the traditional requirement for high activation voltages of up to 200 V. By investigating the role of ionic salts — including lithium chloride — as conductive fillers within polyvinyl alcohol hydrogel matrices, Zadorozhnyy has demonstrated meaningful pathways to enhancing electrical conductivity and actuation performance at accessible power levels. This work positions these materials as viable candidates for artificial muscles, soft robotic components, and sensor technologies. A recent review contribution on ionic electroactive polymers further reflects Zadorozhnyy's commitment to synthesizing and advancing knowledge across the broader field of renewable smart materials. With multiple publications in 2024–2025 each accumulating citations in their early stages, Zadorozhnyy represents a productive voice in the rapidly evolving landscape of responsive polymer engineering and sustainable electroactive material design.