Arpan Banerjee

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About

Arpan Banerjee is a pioneering researcher at the intersection of spintronics, nanotechnology, and artificial intelligence. His work focuses on developing ultra-low-power, low-dimensional electronic systems for next-generation biomedical applications. Banerjee’s most notable contribution is his visionary concept of spintronics-based nanorobots designed to operate within the human bloodstream. These tiny, intelligent agents could revolutionize medicine by precisely identifying infected cells, enabling targeted drug delivery, and wirelessly transmitting real-time health data to cloud-based AI systems. His foundational 2018 paper on this topic has garnered attention for its forward-looking integration of spin-based electronics with autonomous nanoscale systems. While his citation count reflects the emerging nature of this field, Banerjee’s work is recognized for laying critical groundwork in merging spintronics with biomedical AI. His research addresses fundamental challenges in scaling down electronic components while maintaining energy efficiency—a key requirement for implantable or injectable devices. By proposing a framework where nanorobots leverage spin properties rather than charge for computation and communication, Banerjee offers a path toward sustainable, high-performance bio-nanoelectronics that could transform diagnostics and therapeutics in the coming decades.