Gamma-ray variability and correlation properties of blazars observed with Fermi LAT
Stefan Larsson (for the Fermi LAT collaboration)
TL;DR
This paper analyzes gamma-ray variability and multiwavelength correlations in blazars observed with Fermi LAT, providing insights into their emission mechanisms and class differences.
Contribution
It offers a comprehensive timing and correlation analysis of blazar gamma-ray data, highlighting differences among blazar classes.
Findings
Distinct variability patterns among blazar classes
Correlations between gamma-ray and other wavelengths identified
Implications for blazar emission models discussed
Abstract
The Fermi Large Area Telescope (Fermi LAT) provides long term systematic monitoring observations of the gamma-ray emission from blazars. The variability properties and the correlation with other wavelength bands are important clues for the evaluation of blazar models. We present results from timing and multiwavelength correlation analysis and discuss differences between blazar classes.
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