Kseniia V. Filippova
Papers
2
Total Citations
8
H-Index
2
About
Kseniia V. Filippova is a materials scientist specializing in the development of fast-responding, electrically conductive polymer hydrogels for soft robotics and actuator technologies. Her research focuses on enhancing the electrical conductivity of polyvinyl alcohol (PVA)-based hydrogels through the strategic incorporation of conductive salts, enabling actuation at low AC voltages. Filippova’s major contributions include demonstrating that lithium chloride and other salts can significantly reduce the voltage required for hydrogel actuation—from up to 200 V down to safer, low-voltage levels—while maintaining rapid response times. Her most cited works, including “Linear Actuators Based on Polyvinyl Alcohol/Lithium Chloride Hydrogels Activated by Low AC Voltage” (2024) and “The Influence of Concentration and Type of Salts on the Behaviour of Linear Actuators Based on PVA Hydrogel Activated by AC Power” (2025), have each garnered 4 citations, establishing foundational knowledge in this emerging field. By addressing the critical challenge of high actuation voltage, Filippova’s work paves the way for safer, more efficient soft actuators with potential applications in biomedical devices, artificial muscles, and flexible electronics. Her research represents a significant step toward practical, low-power hydrogel-based actuation systems.
Research Focus
Key Achievements
Top Papers
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