Papers
2
Total Citations
52
H-Index
2
About
Elena Perju is a materials scientist whose research sits at the exciting intersection of polymer chemistry, electroactive materials, and soft robotics. Her work focuses primarily on the design and synthesis of advanced dielectric elastomers — smart materials capable of converting electrical energy into mechanical motion, mimicking the behavior of biological muscle tissue. Perju's most influential contribution, "Electrically Driven Artificial Muscles Using Novel Polysiloxane Elastomers Modified with Nitroaniline Push–Pull Moieties" (2020, 48 citations), demonstrates her ability to engineer silicone-based materials with precisely tuned polar side groups that respond to low electric fields with muscle-like actuation — a significant breakthrough in a notoriously challenging area of materials science. This work highlights her expertise in molecular-level design to achieve macroscopic functional performance. Her 2022 review on high dielectric permittivity elastomers further establishes her as a knowledgeable voice on the broader landscape of stretchable capacitor technologies, addressing synthesis, processability, and real-world device fabrication — bridging laboratory innovation and practical application. Through her contributions, Perju advances the development of next-generation soft actuators with promising implications for wearable technology, biomedical devices, and energy harvesting systems, making her an emerging researcher worth following in the field of functional polymer materials.
Research Focus
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Top Papers
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