Prachishree Panda
Papers
3
Total Citations
23
H-Index
3
About
Prachishree Panda is a rising materials scientist whose work is pushing the boundaries of polymer hydrogels, transforming them from fragile gels into robust, functional materials for next-generation flexible electronics. Her research centers on designing mechanically superior hydrogels through innovative cross-linking strategies, including hydrophobic associations and metal–ligand coordination. Panda’s major contributions include developing (ultra)stiff hydrogels via spatiotemporal fabrication techniques and creating anisotropic, anti-swelling hydrogels that maintain structural integrity underwater—a critical advance for aquatic sensing and actuation. She has also pioneered highly stretchable, amino acid-based antifreezing hydrogels, enabling reliable performance in extreme cold for human motion sensors and flexible energy storage devices. With her most-cited works accumulating over 20 citations since 2025, Panda’s impact is already evident in the field’s growing interest in durable, conductive hydrogel platforms. Her notable achievements include demonstrating anisotropic resistive strain sensing and integrating dynamic hydrophobic networks for enhanced toughness. For students and researchers exploring soft robotics, wearable electronics, or biomimetic materials, Panda’s work offers a compelling blueprint for engineering hydrogels that are not only biocompatible but also mechanically resilient and environmentally adaptive.
Research Focus
Key Achievements
Top Papers
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