Parag Katira

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About

Parag Katira is a leading researcher at the intersection of nanotechnology, molecular robotics, and biophysics. His work focuses on understanding and harnessing the fundamental principles that govern molecular motors and their integration into synthetic systems. A major contribution is his pioneering demonstration of robotic end-to-end fusion of microtubules powered by kinesin motors, a landmark achievement in active molecular assembly that has garnered significant attention (8 citations). This work advances the long-standing vision of molecular manufacturing by showing how nanoscale tools can be used to build complex molecular structures. Katira has also made critical contributions to the theory of molecular motor performance, revealing that the force output of both molecular and macroscale motors is constrained by a universal scaling law relating force to mass. This finding, detailed in his 2024 work, provides deep insights into the physical limits of biological and synthetic actuators. His research not only pushes the boundaries of what is possible in nanotechnology but also offers a foundational framework for designing next-generation molecular machines and soft robotics.