Ingkar Abay

Papers

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About

Ingkar Abay is a researcher whose work bridges materials science and sensor technology, with a primary focus on the development of advanced piezoelectric materials for flexible electronic applications. Her most-cited contribution, "Preparation of a piezoelectric PVDF sensor via electrospinning" (2021), has garnered 21 citations, establishing her as a rising voice in the field of electrospun polymer-based sensors. In this work, Abay pioneered a scalable method for fabricating polyvinylidene fluoride (PVDF) sensors, demonstrating how electrospinning can enhance the piezoelectric properties of the material—a critical step toward creating lightweight, wearable devices for health monitoring and energy harvesting. Her research addresses key challenges in sensor sensitivity and mechanical flexibility, offering practical solutions for next-generation smart textiles and biomedical implants. Beyond this flagship paper, Abay’s broader portfolio explores the interplay between polymer morphology and electrical output, contributing to the growing body of knowledge on self-powered systems. Her work is particularly notable for its emphasis on reproducibility and cost-effectiveness, making advanced sensor technology more accessible. As an emerging scholar, Abay’s contributions are already shaping the trajectory of flexible electronics, and her findings continue to inspire innovations in sustainable, high-performance sensing platforms.