Nihar Pradhan Email and Phone Number
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RESEARCH ACCOMPLISHMENT• Demonstrated PN junction on few-atomic layer thick MoSe2 field-effect transistors has high photovoltaic efficiency, which suggests that 2D materials can outperform Si solar cell.• Demonstrated the role of contact resistance effect on MoS2 Field effect transistors play important role to extract intrinsic career mobility. • Developed AFM based technique to apply local circular field on ferromagnetic nanostructures to study the Domain Wall dynamics.• Demonstrated proof of concept for Magnetic Random Access Memory (MRAM) magnetization state on ferromagnetic nanorings.• Developed Calorimetry based technique to measure thermal conductivity on aligned nanowires and nanotubes.• Demonstrated the concept for heat transport phenomena on Integrated Circuits geometry on aligned carbon nanotubes and nanowires.RESEARCH INTEREST• Micro-and nano-fabrication of novel materials and integration in to devices for potential application in electronics, optoelectronic, data storage, sensors and energy conversions. • Physical Properties of two-dimensional materials and their composites, photovoltaic applications, semiconductor physics.• Fabrication of ferromagnetic nanostructures and study of their electronic and Spin torque transfer (STT) properties for application in Data Storage, Sensors and Random Access Memory devices. • Fabrication and characterization of thermoelectric, heat transfer properties of novel nanostructured materials such as carbon nanotubes nanowires and polymer-nanocomposites, which can solve heat sink in electronic devices and thermoelectric power generation.
Jackson State University
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Associate ProfessorJackson State University Apr 2022 - PresentJackson, Mississippi, United States -
Assistant ProfessorJackson State University 2017 - Apr 2022Jackson, Mississippi Area
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Postdoctoral Research AssociateNational High Magnetic Field Laboratory Jun 2012 - Dec 2016 -
Postdoctoral FellowUmass Amherst And Mount Holyoke College May 2010 - Jun 2012We successfully demonstrated the Magnetic Random Access Memory and Data storage device concept on individual ferromagnetic nanorings with local applied circular field. Currently I am working on the magnetic nanowires Domain Wall (DW) based devices to control motion of individual DWs along the nanowires by applied a local circular field based on AFM technique. The ultimate goal of this project is to develop DW based MRAM and Data storage device.
I also worked with undergraduate and graduate students and help them for their research thesis work. -
Graduate Research AssistantWorcester Polytechnic Institute Aug 2005 - Jan 2010Worcester, United StateFabrication of Cobalt nanoowires and Carbon nanotubes by CVD and electro-deposition technique and study their surface morphology, Thermal and Electrical properties: (i) Developed a heat capacity and Thermal Conductivity measurement technique by micro calorimeter. (ii) Tested the thermal heat transport phenomena based on Integrated circuit design on aligned carbon nanotubes. (iii) Studied thermoelectric properties of cobalt nanowires. (iv) Studied the thermal properties of carbon nanotube based polymer composites which can be used for high strength, light weight materials application in aerospace, vehicles and many other industrial application.Liquid Crystal Devices: Studied dynamical properties of Liquid crystal carbon nano-composites. Phase transition and electrical properties of nanocomposite liquid crystal mixture.Developed a method to fill the liquid crystal inside the multi-wall aligned carbon nanotubes for nano-fluidic device. -
ResearcherUniversity Of Massachusetts 2009 - 2010
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Junior Research FellowUniversity Of Hyderabad Jul 2002 - Feb 2005Hyderabad Central University, IndiaProject: Electro absorption Spectroscopy in solution cast Perphyrine and Phthalocynine in thin film.We build home made electro-absorption experimental set up and studied Electric field effect on absorption spectrum of thin film of organic/inorganic compounds which shows large 3rd order Nonlinear optical properties. Nonlinear OPTICAL properties of Hydrogen Tetratolylporphyrin (H2TTP), Cobalt Tetratolylporphyrin (CoTTP) dispersed in PMMA (polymer) matrix. These materials show high 3rd order optical constants suitable for Electro-optics / optical switching applications.
Nihar Pradhan Skills
Nihar Pradhan Education Details
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Physics, Material Science, Nanotechnology, Nanomagnetism
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KalingaHigh School
Frequently Asked Questions about Nihar Pradhan
What company does Nihar Pradhan work for?
Nihar Pradhan works for Jackson State University
What is Nihar Pradhan's role at the current company?
Nihar Pradhan's current role is Associate Professor of Physics, Visiting Research Scientist at National High Magnetic Field Laboratory, User at Center for Nanoscale Materials, Argonne National Laboratory.
What is Nihar Pradhan's email address?
Nihar Pradhan's email address is ni****@****o.co.in
What is Nihar Pradhan's direct phone number?
Nihar Pradhan's direct phone number is +185057*****
What schools did Nihar Pradhan attend?
Nihar Pradhan attended Worcester Polytechnic Institute, Kalinga.
What are some of Nihar Pradhan's interests?
Nihar Pradhan has interest in Nanotechnology.
What skills is Nihar Pradhan known for?
Nihar Pradhan has skills like Afm, Spectroscopy, Photolithography, Nanotechnology, Nanofabrication, Tem, Cvd, Scanning Electron Microscopy, Sem, Materials Science, Uv/vis, Science.
Not the Nihar Pradhan you were looking for?
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Nihar Ranjan Pradhan
United States -
Nihar Pradhan
United States1mtholyoke.edu -
Nihar Pradhan
Greater Jackson Area
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