Sirshendu Misra

Papers

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About

Sirshendu Misra is pioneering the frontier of magnetically responsive soft matter, with a research focus on ferrofluid dynamics, droplet microfluidics, and hydrogel encapsulation. His most influential work, "Manipulation of Ferrofluid‐Wrapped Drops: Translation, Coalescence, and Release" (2023, 25 citations), introduces a novel paradigm for controlling droplets using magnetic fields—enabling precise translation, coalescence, and on-demand release without physical contact. This breakthrough has immediate implications for targeted drug delivery, micro-robotics, and controlled chemical synthesis. Building on this foundation, his 2025 study "Magnetic manipulation of liquid-wrapped hydrogels" (5 citations) extends the technique to encapsulate both magnetic and non-magnetic hydrogels within a liquid medium, using a liquid-liquid encapsulation method that suspends hydrogels in laser oil before generating compound core droplets. By demonstrating how to wrap and manipulate these hydrogel cores magnetically, Misra opens new pathways for creating programmable, stimuli-responsive soft robots and advanced biomedical carriers. His work stands out for elegantly merging fundamental fluid physics with practical engineering, offering a toolkit for contactless manipulation in microscale environments. As an emerging leader in magnetic droplet technology, Misra’s contributions are shaping the future of precision liquid handling and smart material design.