
R. Mithun Prakash M.Sc., M.Phil., Ph.D.
Email: r.mithun@jainuniversity.ac.in
Email: rmithunprakash@gmail.com
I am a PhD Scholar specializing in the targeted synthesis of heterogeneous catalysts, methodology development, reaction planning, and the creation of nanomaterials with adjustable band edge potential for selective photocatalytic applications. I am dedicated to conducting innovative research and contributing to the advancement of scientific knowledge. I am actively seeking a postdoctoral opportunity where I can apply my expertise, drive, and passion within a dynamic research or academic environment.
Welcome to my page!
I'm Dr. R. Mithun Prakash, a passionate materials scientist with a physics background on a mission to develop smarter, more efficient catalysts and materials that tackle real-world challenges.
Expertise in:
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Design precision heterogeneous catalysts 
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Innovate new catalyst preparation methods 
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Plan and optimize chemical reactions 
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Engineer nanomaterials for targeted photocatalytic applications 
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Develop reactors for various photocatalytic processes 
I love unraveling the mysteries of material properties, diving deep into the "why" and "how" using cutting-edge analytical techniques.
My goal? Pushing the boundaries of scientific knowledge to create meaningful innovations in catalysis and materials science that address our pressing energy and environmental concerns.
Research Interests:
Heteroanionic catalysts • Interface engineering • Plasmonic materials • 2D materials • Renewable energy production (CO2 reduction, H2 production) • Environmental remediation (N2 fixation, pollutatnt degradation) Dark photocatalysis • Photoelectrocatalysis • Photothermal catalysis
What's Next?
I'm eagerly seeking an exciting postdoctoral position where I can bring my expertise, enthusiasm, and fresh ideas to a dynamic research team that values mutual growth.
Let's Connect!
Are you passionate about advancing materials science? I'd love to explore how we can push the boundaries of science together. 
Reach out and let's start a conversation!

Latest Publication
(This study investigates the phase formation of the titanium oxynitride (TiOxNy) system using the “oxide-to-oxynitride” and “nitride-to-oxynitride” synthesis strategies)











