I am a passionate physicist and PhD scholar specializing in the fascinating realms of astrophysics, black hole dynamics, tidal disruption events, and computational physics. Currently pursuing my doctoral research at IIT Kanpur (2025), I am deeply committed to exploring the mysteries of the universe through advanced numerical simulations and theoretical investigations.
My academic journey began at IIT Indore, where I completed my M.Sc. in Physics with a focus on advanced topics in theoretical physics and cosmology. I am dedicated to contributing meaningful insights to the scientific community while actively engaging in science communication to make complex physics concepts accessible to broader audiences.
My research interests span across multiple domains of theoretical physics, with particular emphasis on understanding the fundamental nature of spacetime, gravity, and quantum phenomena in extreme astrophysical environments.
Pursuing doctoral research in astrophysics, focusing on black hole dynamics, tidal disruption events, and computational physics methods.
Specialized in black hole dynamics, gravitational waves, string theory, and quantum gravity with outstanding academic performance.
Graduated with distinction, conducted research in particle physics and cosmology, received multiple academic honors.
Achieved top rank in district-level examinations, awarded multiple merit scholarships.
I have developed a strong proficiency in programming and scientific computing, enabling me to tackle complex problems in my research. My expertise in Python allows me to implement algorithms and data analysis efficiently, while C++ is my choice for high-performance computing tasks.
I am also skilled in using Mathematica for symbolic computation and modeling, as well as Gnuplot for data visualization. Additionally, my command of LaTeX ensures that I can produce high-quality scientific documents and publications with ease.
Investigating the dynamics, thermodynamics, and gravitational wave signatures of black holes to test the limits of general relativity.
Modeling and simulating the process of stars being torn apart by supermassive black holes and studying the resulting signals.
Developing and applying numerical methods and high-performance computing to solve complex physical problems and analyze large datasets.
Calculated QNMs for Kerr Black Holes using a novel technique, comparing results with Leaver's method, and investigated Kerr-Sen Black Holes...
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Studied AdS/CFT correspondence, black hole thermodynamics, holographic duality, string theory connection to QCD and the physics of D-branes...
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Explored General Relativity, Cosmology, and Black Holes, performing calculations in Quantum Field Theory (QFT) in curved spacetime...
View ProjectI enjoy playing cricket to stay active and challenge myself physically and mentally.
I love the teamwork and strategy that make every football match exciting.
I enjoy K-pop and hip-hop for their catchy rhythms and dynamic performances.
I enjoy reading biology and physics books to expand my knowledge and curiosity.
You can find more details about my projects, publications, and professional journey on my comprehensive personal webpage.
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