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Research: Elementary Particle Physics deals with the subatomic world, studying fundamental particles and forces, while Cosmology focuses on the origin and evolution of the Universe. Collectively, they describe phenomena spanning 40 orders of magnitude in scale. My research aims to bridge these two scales to understand the origin and evolution of our Universe.
Research: Elementary Particle Physics deals with the subatomic world, studying fundamental particles and forces, while Cosmology focuses on the origin and evolution of the Universe. Collectively, they describe phenomena spanning 40 orders of magnitude in scale. My research aims to bridge these two scales to understand the origin and evolution of our Universe.
The Standard Models of Particle Physics and Cosmology, despite their remarkable success, remain incomplete at best. In my research, I propose New Physics Models to addressing these foundational shortcomings, spanning a diverse range of topics, from cosmic inflation and dark matter, gravitational waves, models with extra dimensions as well as collider phenomenology of new particle production.
Research Profile: Pre-print versions of my works listed are available at iINSPIRE-HEP
I was incredibly fortunate to have had great mentors throughout my academic career. I always felt supported, inspired and advocated for. Their guidance and mentorship were invaluable in both my personal and professional growth and I hope to provide similar support to my students. Effective mentorship involvespaying attention to students’ abilities, needs, and challenges. It also requires a commitment to developingtheir strengths while providing resources, guidance, and training to help them overcome their weaknesses. I hope to create a learning environment that fosters curiosity, creativity and academic excellence.
I was incredibly fortunate to have had great mentors throughout my academic career. I always felt supported, inspired and advocated for. Their guidance and mentorship were invaluable in both my personal and professional growth and I hope to provide similar support to my students. Effective mentorship involvespaying attention to students’ abilities, needs, and challenges. It also requires a commitment to developingtheir strengths while providing resources, guidance, and training to help them overcome their weaknesses. I hope to create a learning environment that fosters curiosity, creativity and academic excellence.
Spanning by forty-five order of magnitude, this graphics shows the universe from the tiniest sub-atomic scale to the largest scale that spans the entire universe.
This pie chart shows that the ordinary matter making up you, me, stars, and galaxies accounts for only 5% of the universe; the remaining 95% consists of dark matter and dark energy, which remain largely unexplained.
The Standard Model of particle physics describes all fundamental interactions—except gravity—among the particles that make up the ordinary matter which account for the 5% of the stuff in the universe.
This cosmic timeline outlines the origin and evolution of the universe based on the Standard Model of cosmology based on Einstein's general theory of relativity and the Standard Model of particle physics.
This list shows some open questions that interest me. In my research, I try to address these shortcomings by considering theories beyond the Standard Model of particle physics and cosmology.
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