ACTIVITIES
Welcome to the NanoComputing Research Lab led by Prof. A. Todri-Sanial, where we explore novel computing paradigms by investigating the computing stack, from materials and devices to circuits. We delve into these areas to pioneer energy-efficient computing solutions.
My core expertise are in device physics, circuit design, physical design, design space exploration, and optimization methods for creating energy-efficient circuits and architectures. Over the years, I have expanded my research scope to include material and device fabrication and characterization, combined with analog/mixed-signal circuit design, to explore novel computing paradigms such as physical computing and neuromorphic computing.
Additionally, I apply circuit design techniques in quantum computing, focusing on quantum circuit design, including transpilation, error mitigation, and fault tolerance. By integrating my knowledge and expertise at the intersections of different domains, I strive to advance computing and drive innovations in information processing models and technology implementation.