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Research
Interests
Spin-electronics and Magneto-electronics Devices
Nanofabrication and Nanomagnetism
Data Storage Technology
Half metals and novel materials
Research Achievements
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developed
various nanofabrication processes for engineering
magnetic devices
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developed
highly sensitive technique for detecting the
spin state in
single nanomagnets based on magnetotransport measurements
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pioneered
the investigation of the role of engineered defects
in magnetic data storage
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developed
novel techniques for synthesising and characterising
nanomagneticmaterials and devices
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Research Strengths
“Tremendous energy and creativity,”
as attributed by his mentor, Dr Steve
Julian, Trinity College, University of Cambridge
Publication Credits
35 papers published in internationally-refereed
journals such as Physical Review Letters, Applied
Physics Letter, Physical Review B and Journal
of Applied Physics
International Standing
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honoured
by Technology Review, a publication
of Massachusetts Institute of Technology, as
one of the world's Top 100 Young Innovators,
2002
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Awards and Accolades
Trinity College Research
Fellowship, 1996
Cambridge Commonwealth Trust Scholarship,
1993
Research Aspiration
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to
participate in the revolutionising of microelectronics
by replacing electronic charge with electronic
spin as the basis for electronic devices.
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