Anindita Ganguly

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About

Anindita Ganguly is an emerging researcher at the forefront of smart sensing technologies, with a focus on triboelectric nanosensors, self-powered systems, and their integration with robotics and the Internet of Things (IoT). Her work addresses critical demands in environmental monitoring, public health, and advanced robotics by developing innovative multifunctional sensor platforms that operate autonomously without external power sources. Among her most notable contributions, Ganguly has pioneered the development of thermosensitive triboelectric nanosensors embedded within robotic systems for material identification, as well as fully self-powered chemical sensing platforms capable of real-time wireless detection of heavy metal ions — a significant advancement for environmental safety applications. These systems leverage thermoelectric generators to power robotic hands, enabling seamless "touch-and-detect" functionality that bridges cutting-edge materials science with practical automation. Her research has already attracted meaningful scholarly attention, with her 2024 publications accumulating 17 and 15 citations respectively within a short timeframe — a strong indicator of their relevance and impact. Ganguly's interdisciplinary approach, combining nanotechnology, energy harvesting, and AI-driven robotics, positions her as a promising voice in the next generation of intelligent, sustainable sensing solutions.