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Dr. Manashi Nath |
Current
Group Members |
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Post-doctoral
Researchers |
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Dr. Wipula P.R. Liyange |
Wipula works
on producing nanorods and nanotube arrays through
patterned electrodeposition on nanoelectrodes.
These nanorods and nanotube arrays includes the
photovoltaic materials like CdTe useable for solar
cells as well as other semiconductors. Wipula also
synthesizes FeSe-based superconducting
nanostructures and study the effect of their confinement on the
superconducting parameters like Tc. |
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Dr. Jahangir Masud |
Jahangir with his expertise with fuel cell catalysts
for ORR and HER reactions, is working in the project focused on using ordered
nanostructures of chalcogenides based compounds as efficient catalysts for
oxygen evolution reaction in fuel cells |
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Graduate
Students |
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Umanga deSilva |
Umanga’s project deals with using ordered nanostructures of chalcogenides based compounds as efficient catalysts for oxygen evolution reaction in fuel cells. |
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Apurv Saxena |
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Rajarshi Kar |
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Harish Singh |
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Roshni Ramakrishnan |
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Undergraduate
Students |
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Caleb Holtmeyer |
Growing nanowire and nanotube arrays for high
efficiency solar cells (Wipula, Caleb) |
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Stephen Grahnemann |
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Ryland Forsythe |
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Recent Alumni |
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Graduate Students |
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Siddesh
Umapathi |
Siddesh has
started working on electrocatalyst-graphene
composites for various applications. |
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Xi Cao |
Xi has initiated the exploration of binary and ternary
phase diagram of mixed metal selenides as catalysts for water electrolysis. |
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Bahar
Golrokhamin |
Bahar has
started working on designing nanostructured solar-to-fuel energy generation
systems and supercaparcitors. |
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Abdurazag
Swesi |
Graduated in July 2017 Currently a postdoc in George Washington University |
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Maalavan
Arivu |
Graduated (MS) in December 2017. Currently graduate student in MSE. |
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Prachi Desai |
Graduated in 2014 (PhD) Currently at APL Engineered Materials Inc. Urbana |
A major portion of Prachi’s dissertation included superparamagnetic nanostructures typically arsenides synthesized by a facile route. Development of a generalized synthesis technique was the major thrust in her project. Additionally the magnetic properties were analyzed very critically which led to and understanding of the structure-property correlation in these magnetic nanomaterials. |
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Sukhada Mishra |
Graduated in 2013 (PhD) Currently at Intel Inc. Portland, Oregon. |
Sukhada PhD
dissertation was mostly focused on FeSe-based superconducting nanostructures
where it was shown that the superconducting transition temperature could be
enhanced significantly by increasing the interfacial pressure in these
confined nanostructures. Sukhada also initiated and developed the protocol to grow CdTe nanorod arrays through confined electrodeposition on patterned nanoelectrodes, for high efficiency solar cells. |
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Nikitaa Ashokaan |
Graduated in 2016 (MS) (MS, Chem. Engg.) |
Nikitaa’s
MS thesis was based on magnetic nanomaterials for diverse applications
including electrocatalysis as well as biomedical
applications. |
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Akshay Pariti
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Graduated in 2014 (MS) Currently at Blue Wave Semiconductor Maryland |
Akshay’s
research was focused on making multifunctional magnetic nanomaterials for
biomedical, theranostic
applications and optimizing their magnetic properties for high efficiency.
This project also involves toxicity evaluation of these nanomaterials as well
as biofunctionalization and cell internalization. |
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Rasika Nimkar |
Graduated in 2012 (MS, Chem. Engg.) Currently at OLI Systems Inc., New Jersey |
Rasika was involved in the magnetic nanomaterials project. |
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Undergraduate students |
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Magnetic nanomaterials (Prachi,
Eric, Wipula) |
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Magnetic nanomaterials (Sukhada,
Tweety) |
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Multifunctional magnetic nanomaterials for biomedical
applications (Prachi, Akshay,
Micah) |
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