Diksha Arora

Papers

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About

Diksha Arora is a rising leader in the field of flexible magnetoelectric (ME) materials and devices, with a research focus on multiferroic heterostructures for next-generation wearable electronics. Her work centers on engineering flexible, cost-effective composites that exhibit enhanced magnetoelectric coupling, enabling groundbreaking applications in magnetic field sensing, nonvolatile memory, soft robotics, and portable energy harvesting. Arora’s most cited paper (2023, 22 citations) introduces a novel magnetization-graded Ni/FSMA/PMN-PT heterostructure that achieves a zero-biased ME effect—a critical step toward self-powered, flexible sensors and memory devices. She also authored a comprehensive review (2025, 5 citations) that surveys the rapidly evolving landscape of flexible ME composites, highlighting their potential to conform to soft, curved surfaces for electronic health monitoring and Internet of Things integration. Her contributions are particularly notable for addressing the long-standing challenge of achieving high ME performance without external magnetic bias, a key hurdle for practical wearables. With her innovative material designs and forward-looking reviews, Arora is shaping the future of flexible, multifunctional electronics that bridge the gap between rigid technology and the dynamic, human-centric world.