Mr. Pawan Kumar is an emerging researcher and academician in the field of Applied Physics and Materials Science, with specialized expertise in computational condensed matter physics, nanomaterials, gas sensing mechanisms, thermoelectric materials, and two-dimensional (2D) materials. He is pursuing his Ph.D. in the Department of Applied Physics at M. J. P. Rohilkhand University under the supervision of Prof. Sudhir Kumar and co-supervision of Dr. Brajesh Kumar. His doctoral research, titled “Theoretical Insights into Gas Detection Mechanisms of 2D Materials: An Ab-initio Study,” focuses on advanced first-principles investigations of next-generation sensing materials.

Teaching Experience

Mr. Pawan Kumar served as a faculty member in the Department of Applied Physics, Faculty of Engineering and Technology, M. J. P. Rohilkhand University from November 2020 to July 2023. During this period, he taught postgraduate courses including Solid State Electronics, Advanced Solid State Physics, Mathematical Physics, and Quantum Mechanics. He also guided laboratory sessions in Material Science and Computational Physics for M.Sc. students, contributing significantly to physics education and computational research training.

Research Contributions & Expertise

His research interests include gas sensing using 2D materials, thermoelectric materials, optoelectronic devices, biosensing, field-effect transistors, and lithium-ion battery applications. He has actively contributed to theoretical and computational studies employing density functional theory (DFT) and ab-initio simulation techniques.

Mr. Pawan Kumar has authored and co-authored numerous high-quality research publications in reputed international journals such as Materials Chemistry and Physics, Solid State Communications, Electronic Structure, Journal of Energy Storage, Journal of Power Sources, and Physica E. His work demonstrates strong interdisciplinary relevance in nanotechnology, energy materials, sensing technologies, and advanced electronic materials.

Conferences & Scientific Participation

He has presented his research findings at several national and international scientific conferences organized by reputed institutions across India. His presentations on toxic gas sensing using stanene and gallenene monolayers received appreciation for their scientific relevance and innovative computational approach in nanomaterial-based sensing technologies.

Publications & Academic Achievements

Mr. Pawan Kumar has contributed to more than fifteen research papers, including published, accepted, under revision, and communicated works in internationally recognized journals. His publications focus on advanced theoretical investigations of nanostructures, thermoelectric performance enhancement, gas sensing mechanisms, biosensing applications, and fast-charging battery materials.

Research Impact & Areas of Specialization

His scientific work significantly contributes to the development of environmentally stable and highly selective sensing materials for toxic gases and biomolecules. His expertise in first-principles simulations, spin-orbit coupling analysis, electronic transport properties, and low-dimensional materials has positioned him as a promising young researcher in condensed matter physics and nanoscience.

Eligibility for Young Researcher Award

Mr. Pawan Kumar is highly eligible for the Young Researcher Award under Scientific Laurels in recognition of his outstanding research contributions in Applied Physics and Materials Science. Despite being at an early stage of his academic career, he has demonstrated remarkable scientific productivity through numerous peer-reviewed international publications, impactful conference presentations, and innovative research in 2D materials, gas sensing technologies, thermoelectric systems, and energy storage applications. His consistent contribution to high-quality interdisciplinary research, along with his dedication to teaching and scientific advancement, reflects the qualities of an emerging leader in the field of modern materials research and computational physics.