0000-0002-8201-6019 About
I am an early-career researcher in relativistic cosmology and mathematical physics, specializing in modified theories of gravity. My work combines Bayesian statistics, data analysis, and machine learning with rigorous mathematical modeling to study the stability, dynamics, and observational viability of cosmological models. I am committed to advancing interdisciplinary approaches that bridge mathematics, physics, and data science in modern cosmology.
Employment
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Symbiosis Institute of Technology, Nagpur Assistant Professor (Sr. Scale)2024 - Present
Education
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Projects & Funding
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Publications (48)
- Background and perturbation constraints on power-law and exponential f(G) gravity models from recent cosmological observations Save
- Cosmological constraints on interacting holographic dark energy and extended Chaplygin gas in using MCMC analysis Save
- Large scale structure and matter power spectrum in a power-law $f(Q)$ gravity Save
- Cosmological Redshift–Driven Wormholes in Expanding Universes Save
- Background and Perturbation Constraints on Power-Law and Exponential $f(G)$ Gravity Models from Recent Cosmological Observations Save
- Scientometric and Text-Mining Analysis of Research Trends in f (Q) Gravity and Cosmology Save
- Constraints on multi-fluid cosmology in f(G) gravity with different observational data sets Save
- Testing Gauss–Bonnet gravity with DESI BAO data Save
- Data analysis in (2+1)-D $$\Lambda (z)$$ gravity with BAO, Pantheon and Hubble dataset using MCMC method Save
- Bayesian Analysis of Viscous FRW Cosmology with Inhomogeneous Equation of State Save