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About

Lidiia D. Iudina is an emerging researcher specializing in electroactive polymer materials, with a particular focus on ionic hydrogel-based actuators and their applications in soft robotics and biomimetic systems. Her work centers on a critical challenge in the field: developing fast-responding, electrically conductive polymeric actuators that can operate effectively at low voltages and currents, making them safer and more practical for real-world deployment. Among her notable contributions, Iudina has investigated how salt concentration and type — including lithium chloride — influence the electromechanical behavior of polyvinyl alcohol (PVA) hydrogels, demonstrating that strategic incorporation of ionic fillers can dramatically enhance electrical conductivity and reduce the high voltage requirements that have historically limited hydrogel actuator performance. Her comprehensive review of ionic electroactive polymers further positions her as a synthesizer of knowledge in this rapidly evolving domain, connecting advances in renewable materials to practical actuator design. With her most-cited publications each accumulating 4 citations since 2024–2025, Iudina represents a promising voice in the soft robotics and smart materials community, contributing foundational insights that may guide the next generation of artificial muscles, flexible sensors, and low-power robotic systems.