Research Interests
Multimessenger Astronomy
I am interested in using multimessenger astronomy to explain processes happening inside astrophysical objects like AGN. At WIPAC, I am using multi-wavelength data of AGN sources and performing a well detailed analysis to determine its connection with IceCube detected neutrinos.
AGN (Active Galactic Nuclei)
AGN is an active supermassive black hole at the center of a galaxy which has highly relativistic particles coming out of its center in form of a jet. Using multimessenger astronomy described above and other techniques I want to learn everything about these amazing objects
Galactic Background
I am interested in modeling the diffuse galactic neutrino and gamma ray background using theoretical and simulation techniques. For the simulation purposes I make use of a package I developed at WIPAC with my collaborators and which is available on GitHub (Link).
Key Research Projects (Highlights) that I have worked on:
Studying correlation between X-ray data (from NICER and NuSTAR) , Gamma-ray (Fermi LAT) and IceCube neturino signals from AGN.
Simulating data for upcoming X-ray telescopes like AMEGO to test multimessenger implications
Studying correlation between VLBI Radio data and IceCube neturino signals from AGN.
Modeling the Galactic HE neutrino contributionÂ
Estimating the Extragalactic Background Light using GeV+TeV observations from AGN (Using Fermi-LAT and Cherenkov Telescopes)
Using the EBL to measure AGN redshifts
Modeling EBL diffuse background emission (collaborative work)
Modeling the Diffuse neutrino and Gamma-ray background from supernovae (collaborative work)
Fast Response Analysis with IceCube data (collaborative work)
Using the EBL to measure Hubble constant (collaborative work)