0009-0002-9507-3319 About
I am an experimental condensed matter physicist specializing in novel magnetic and spintronic materials. My research focuses on understanding complex magnetic phenomena such as frustrated magnetism and spin glass behavior, conventional and unconventional magnetic ground states, and topological spin textures like skyrmions—particularly in Heusler alloys and related systems. With a strong emphasis on experimental techniques, I explore the fundamental physics of magnetism and its potential applications in next-generation spin-based devices and magnetic sensors. My research aims to bridge fundamental physics with real-world technological applications/solutions.
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Publications (7)
- Skew scattering-driven anomalous Hall effect and low-temperature resistivity anomaly in chiral β-Mn-type Co9Zn9Mn2 Save
- Evolution of Spin‐Glass Phase in Antiferromagnetic Mn2FeAl1–xSix Heusler Alloys Save
- Low temperature re-entrant spin-glass features and magnetic critical phenomena of ferromagnetic Al2MnFe Heusler alloy Save
- Signatures of nearly compensated magnetism and spin glass behavior in highly frustrated β-Mn-type Mn50Fe25+xAl25−x Heusler alloys Save
- Ferrimagnetic hexagonal Mn2CuGe CuGe Heusler alloy with a low-temperature spin-glass state Save
- Structural and magnetic properties of Mn50Fe25Al5Si20 alloy Save
- Chiral-fluctuations mediated helical to paramagnetic phase transition and scaling study in β-Mn type Co8Zn8Mn4 chiral magnet Save