Papers
2
Total Citations
9
H-Index
2
About
Dilruba Hasina is a rising leader in the field of neuromorphic and nanoscale electronics, with a research focus on developing advanced memristive devices for next-generation computing and wearable technologies. Her work centers on harnessing novel materials and growth parameters to create low-power, forming-free, and highly stable resistive switching (RS) devices, which are critical for high-density in-memory computing platforms. In her highly cited 2025 study, she systematically explored the growth parameter space of TiO<sub>x</sub> memristors, demonstrating how precise control over pulsed-laser deposition can yield nanoscale devices with exceptional stability and low power consumption—a key step toward scalable, energy-efficient electronics. Her concurrent work on ZnO-based flexible memristors (also 2025, 5 citations) pioneers “on-receptor computing” for wearable electronics, integrating sensing and computation directly at the point of signal detection. With both papers already garnering early citations, Hasina’s contributions are shaping the trajectory of flexible, bio-inspired hardware. Her achievements highlight a promising career at the intersection of materials science, device physics, and intelligent system design, offering a blueprint for future low-power, adaptive electronics.
Research Focus
Key Achievements
Top Papers
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