Nidhi Pashine

Papers

Total Citations

159

H-Index

About

Nidhi Pashine is a leading researcher at the intersection of soft matter physics and mechanical metamaterials, with a focus on how disordered and granular systems can be engineered to exhibit extraordinary, programmable properties. Her most influential work, the 2018 paper "Auxetic metamaterials from disordered networks" (155 citations), fundamentally advanced the field by demonstrating that systematically pruning random spring networks can yield auxetic behavior—materials that expand laterally when stretched. This counterintuitive finding challenged the prevailing focus on ordered structures, opening a new design paradigm for creating materials with tailored mechanical responses using simple, disordered architectures. More recently, Pashine has pioneered the use of evolutionary algorithms to create reconfigurable granular metamaterials. In her 2025 study (4 citations), she introduced a system where individual particles can be softened via Joule heating and then re-solidified, allowing the packing to adapt its force chains in real time. This work represents a significant leap toward intelligent, self-optimizing materials. Her research, bridging statistical physics and materials science, has profound implications for soft robotics, impact absorption, and adaptive structures. Pashine’s contributions are reshaping how we think about designing functionality from disorder, making her a rising star in the field of mechanical metamaterials.