DR. MANALI N. SHAH
National Forensic Sciences University, Nirma University, Ganpat University, Gujarat University, GANPAT UNIVERSITY, St Xavier’s College
0000-0003-1588-0242
About
Dr. Manali N. Shah is a distinguished researcher in the field of experimental condensed matter physics, with a specialization in multiferroic materials. With a profound expertise in Fourier-transform infrared spectroscopy (FTIR) and electrochemical impedance spectroscopy (EIS), Dr. Shah has significantly contributed to understanding the complex interplay between electric and magnetic properties in multiferroic materials. Her research has led to numerous publications in high-impact journals, highlighting the potential applications of these materials in advanced technological devices. Dr. Shah's work continues to push the boundaries of condensed matter physics, paving the way for innovative solutions in material science and engineering.
Employment
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National Forensic Sciences University Assistant Professor2025 - Present
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Nirma University Assistant Professor Physics2024 - 2025
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GANPAT UNIVERSITY At Ganpat University, Dr. Shah played a multifaceted role as the department coordinator, where she was responsible for teaching, mentoring students, and overseeing research activities. She was actively involved in improving the department's ranking and c…2013 - 2024
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Dalia Institute of Diploma Studies At Dalia Institute of Diploma Studies, Dr. Shah was a dedicated lecturer responsible for developing innovative experiments to enhance students' practical understanding of physics. She also played an active role in the institute's sports and cultural acti…2011 - 2013
Education
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Ganpat University Ph.D.2017 - 2022
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Gujarat University M.Sc. Physics2009 - 2011
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St Xavier’s College B.SC.2006 - 2009
Projects & Funding
Projects & funding information is unavailable.
Publications (8)
- BaxBi(1-x)TixFexO3 (BBTFx) composite as promising material for advanced electronic and photonic applications Save
- Correction to: BaxBi(1-x)TixFexO3 (BBTFx) composite as promising material for advanced electronic and photonic applications Save
- Investigation of multiferroic properties of binary compounds barium titanium yttrium ferric oxide Save
- Investigation of structural, microstructural and optical properties of barium yttrium titanium ferric oxides prepared using solid-state route for photorefractive material Save
- Effect of doping in SrTiO3:BiFeO3binary system Save
- Electrical properties of SrTiO3-doped YFeO3ceramics Save
- FTIR: Important tool to investigate the chemical bond formation in the polycrystalline xBaTiO3- (1-x)BiFeO3 Save
- Structural and electrical properties of BaTiO3:yFeO3 composites at room temperature Save