Ashutosh Agarwal

Papers

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About

Ashutosh Agarwal is a pioneering researcher at the intersection of micro- and nanoscale engineering, with a primary focus on active self-assembly and bioinspired materials. His most-cited work, "Nanoscale Transport Enables Active Self-Assembly of Millimeter-Scale Wires" (2011, 36 citations), introduces a groundbreaking approach to constructing macroscopic structures from nanoscale components. By harnessing the energy-driven motion of biotinylated microtubules gliding on a surface, Agarwal demonstrated how active transport can accelerate the self-assembly of millimeter-scale wires, offering a powerful model for creating complex, hierarchical materials without external manipulation. This work bridges fundamental physics and applied nanotechnology, showcasing how biological motor proteins can be repurposed for engineering. Beyond this landmark study, Agarwal’s contributions span the design of dynamic, out-of-equilibrium systems that mimic natural assembly processes, with implications for soft robotics, biosensing, and regenerative medicine. His research is distinguished by its creative integration of biology and materials science, inspiring new strategies for building functional structures from the bottom up. With a growing citation record and a reputation for innovative experimental design, Agarwal continues to shape the future of active matter and self-assembling systems.