PROFESSOR SOMADITYA SEN
Indian Institute of Technology Indore, King Fahd University of Petroleum & Minerals, Jadavpur University (Indian Association for the Cultivation of Science), University of Kalyani
About
I introduce myself as Prof. Somaditya Sen, an experimental Condensed Matter Physicist in the Physics department at the Indian Institute of Technology Indore, with interests in Material Science, Electronics, Communications, and Biomaterials related to Oxide Materials.
I have been a professor in the Department of Physics since 8th May 2023. I joined the department as an Associate Professor on 10 October 2013. Before that, I served at IIT Indore as a Visiting Associate Professor in the Center for Surface Sciences and Engineering from February 2013. At IIT Indore, I have served as a member of the Board of Governors and as the Associate and Officiating Dean of Planning during the institute's initial phase, when it was going through its most challenging time of transitioning from the temporary campus to the permanent one. Presently, I am also a Consultant Faculty at King Fahd University of Petroleum and Minerals. From Sept 2017 to Sept 2020, I served as an Adjunct Associate Professor at the Ming Chi University of Technology in Taiwan.
I work on structure-correlated physical, optoelectronic, energy, and electrochemical properties of magnetic and nonmagnetic oxide semiconductors. Bulk and thin-film samples are prepared of extremely chemically homogeneous doped and co-doped simple and complex (perovskite/double perovskite) oxides. The primary thrust is to analyze the structures of chemically modified compositions using XRD, followed by Rietveld refinement of the XRD data. Vibrational properties are studied thereafter to correlate structural changes with lattice strain and other subtle changes in the materials. The electronic properties, such as bandgap, lattice deformation, defect levels, transport properties, carrier properties, etc., are studied. The applicability of these materials is investigated, including ferroelectricity, dielectric and transport properties, electrochemistry, photocatalysis, photosensitivity, chemosensitivity, etc. A new approach to utilizing high-dielectric-constant materials with low losses is being investigated in the context of dielectric resonator antennas.
Single-phase materials are a major focus of my research, with electrical (conductivity, dielectric, ferroelectric, piezoelectric, thermoelectric, sensitivity, etc.), optoelectronic (bandgap, defects, band-tailoring, etc.), mechanical, and many other aspects investigated.
My collaborators are in the USA, France, China, Taiwan, Japan, Saudi Arabia, and India.
Employment
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Indian Institute of Technology Indore PROFESSOR2023 - Present
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King Fahd University of Petroleum & Minerals Consultant and Collaborator2020 - 2023
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Ming Chi University of Technology Adjunct Associate Professor2017 - 2020
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Indian Institute of Technology Indore School of Basic Sciences Associate Professor2013 - 2023
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University of Wisconsin–Milwaukee Scientist, Research Associate2007 - 2013
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University of Wisconsin–Milwaukee Research Associate2006 - 2007
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University of Electro-Communications Research Professor2003 - 2006
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National Taiwan University Post-doctoral Fellow2003 - 2003
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Pranta Palli High School Teacher1999 - 2002
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Indian Association for the Cultivation of Science Doctoral Student1996 - 1999
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Jadavpur University Doctoral Student1995 - 1996
Education
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Jadavpur University (Indian Association for the Cultivation of Science) PhD1996 - 2001
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University of Kalyani MSc1992 - 1994
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University of Calcutta BSc1988 - 1992
Projects & Funding
Projects & funding information is unavailable.
Publications (208)
- Multiscale magnetic correlations in La2Mn2−xNixO6 : Role of crystal structure in double perovskites Save
- Estimating the diffuseness for the nonrelaxor-type ferroelectric to paraelectric phase transition in BaTiO3 Save
- Multiscale magnetic correlations in La2Mn2−𝑥Ni𝑥O6: Role of crystal structure in double perovskites Save
- A novel method of finding the dielectric constant of ceramic materials in microwave range with dielectric resonator antenna setup using the HEM11δ mode Save
- Correlation of the role of Li-doping in control of O-vacancies and Li-interstitial formations in NiO with electrochemical properties Save
- Estimating Diffuseness for the Non-Relaxor Type Ferroelectric to Paraelectric Phase Transition in BaTiO3 Save
- R3c to P4bm phase transition assisted small to large polaron crossover in sodium bismuth titanate-based ferroelectrics Save
- Contribution of piezoelectric effect on piezo-phototronic coupling in ferroelectrics: A theory assisted experimental approach on NBT Save
- Fe/Li Co-doped CuO: enhanced photosensing and conductivity correlated with structural modifications Save
- Composition and electric field driven studies on modified NBT-based lead-free ceramics Save