| Name: Manish Kumar Gond |
| Affiliation: Banaras Hindu University |
| Conference ID: ASI2026_278 |
| Title: Blazar-neutrino connection: A case study of a possible neutrino candidate PKS 0215+015 |
| Abstract Type: Poster |
| Abstract Category: High Energy Phenomena, Fundamental Physics and Astronomy |
| Author(s) and Co-Author(s) with Affiliation: Manish Kumar Gond(Banaras Hindu University), Raj Prince(Banaras Hindu University) |
| Abstract: Active Galactic Nuclei are the most luminous objects in the sky. High-energy radiation from active galactic nuclei, particularly blazars (which have jets directed towards the Earth), is emitted due to non-thermal processes occurring in relativistic jets. Relativistic jets of AGN act as particle colliders and produce high-energy gamma rays along with neutrinos, but the underlying mechanism and the acceleration process are not fully understood and are part of ongoing research. In our study, we are trying to answer these long-standing questions, such as the particle content of the jets, the radiation mechanism, and the origin of neutrino sources. This is achieved through the SED modeling of blazars using multi-wavelength data. In this talk, I will discuss one particular case of a possible neutrino association with blazar PKS 0215+015, where a gamma-ray flaring coincided with the IceCube event 220225A. We have performed multi-wavelength hadronic modeling of this source and attempted to explain the blazar-neutrino connection.
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