About Me 

I find the mysteries of the universe to be incredibly fascinating as both an astrophysicist and a data scientist. Whether I'm investigating how supermassive black hole systems emit light or uncovering hidden patterns in vast datasets, my goal is always to extract meaningful insights from complex information.

Working with massive, high-dimensional data from telescopes around the world has honed my expertise in statistical modeling, machine learning, and advanced data visualization. From writing predictive algorithms to developing complex mathematical models, I am constantly seeking to apply data science techniques to push the boundaries of our knowledge and solve broad, real-world problems.

Notable Achievements 

  • NASA Fermi-GI Research Grant for the project: "Long-term QPO in 2FHL Blazars"
    $80,000 grant awarded by NASA Fermi Guest Investigator Program, 2025.
  • Finding binary supermassive black holes with historical optical data; PG 1553+113 case study
    Meeting of Astronomers of South Carolina, Florence, SC, USA, 2025
  • News Coverage:
    Using a century of data, Clemson astrophysicists may have found a binary supermassive black hole
  • Decades long periodicity in 2FHL blazar PG 1553+113?
    11th International Fermi Symposium, Maryland, USA, 2024
  • Analysis of Fermi-lat blazar lightcurves in the time domain using singular spectrum analysis
    International Conference on Time Series and Forecasting (ITISE-2023), Gran Canaria, Spain, 2023
  • PG 1553+113: The case for a super-massive black hole binary
    AAS/High Energy Astrophysics Division, Hawaii, USA, 2023
  • Biography of the earliest photons
    Southampton IUCAA Training for Astronomical Research and Education (SITARE), Pune, India, 2019
  • Searching for transients using integral lightcurve
    Southampton IUCAA Training for Astronomical Research and Education (SITARE Advanced), University of Southampton, United Kingdom, 2019