Aparajita Mandal

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About

Aparajita Mandal is a rising star in the field of nanoscale electronics, with a focused research agenda on neuromorphic computing and memristive devices. Her work is pioneering the concept of "on-receptor computing," as demonstrated in her highly cited 2024 paper on an electronic nociceptor. This research integrates neuromorphic functionalities directly at the nanoscale, mimicking biological pain perception for advanced, energy-efficient computing systems. With 21 citations, this paper has quickly established her as a key contributor to bio-inspired hardware. Mandal’s 2025 study, "Surfing the Growth Parameters," showcases her expertise in optimizing TiO<sub>x</sub> memristors. By systematically exploring pulsed-laser deposition parameters, she achieved low-power, forming-free, and highly stable devices—critical for high-density in-memory computing. This work addresses a major bottleneck in nanoscale electronics, offering a pathway to scalable, reliable memory and logic units. Her ability to bridge material science and device engineering is evident, with this paper already garnering 4 citations shortly after publication. Mandal’s contributions are not just technical but visionary, pushing the boundaries of how computing can emulate biological systems. Her achievements signal a promising trajectory in next-generation electronics, making her a researcher to watch for innovations in neuromorphic and nanoscale technologies.