# Anomalous Kolar Events and Dark Matter Decay in Dwarf Spheroidal Galaxies

## TL;DR

This paper uses Fermi LAT gamma-ray data from dwarf spheroidal galaxies to set upper bounds on dark matter decay probabilities, aiming to explain anomalous Kolar events.

## Contribution

It provides new constraints on dark matter decay rates based on gamma-ray observations, linking astrophysical data to particle physics anomalies.

## Key findings

- Established upper bounds on gamma-ray emission from dark matter decay
- Linked gamma-ray data to the anomalous Kolar events
- Constrained dark matter decay models using dwarf spheroidal galaxy observations

## Abstract

Using the Fermi LAT data on the gamma ray emission from dwarf spheroidal galaxies, we get the upper bound on the probability of gamma rays from dark matter decay for the validity of explanation of the anomalous Kolar events as dark matter decay.