Sushi Madhira

Papers

Total Citations

398

H-Index

About

Dr. Sushi Madhira is a leading figure in DNA nanotechnology and nanorobotics, renowned for pioneering the design of dynamic, self-assembled molecular machines. Their most celebrated contribution is the creation of a 55-nanometer DNA-based platform featuring a 25-nanometer robotic arm, controlled by electric fields—a breakthrough that demonstrated the first reliable, fast actuation of a self-assembled nanoscale manipulator. This landmark 2018 paper, with 398 citations, established a new paradigm for active nanorobotics, moving beyond static structures to programmable, responsive devices. Dr. Madhira’s work has profoundly impacted the fields of targeted drug delivery, molecular assembly, and single-molecule biophysics, providing a foundational toolkit for researchers seeking to build complex, functional nanomachines. Their research elegantly combines principles of structural DNA nanotechnology with applied physics, enabling precise control at the molecular scale. For students and researchers, Dr. Madhira’s achievements represent a masterclass in interdisciplinary innovation, demonstrating how synthetic biology and engineering can converge to create the next generation of intelligent, responsive nanomaterials.