Multiwavelength Campaign of Observations of AE Aqr
C. W. Mauche, M. Abada-Simon, J.-F. Desmurs, M. J. Dulude, Z. Ioannou,, J. D. Neill, A. Price, N. Sidro, W. F. Welsh, the Center for Backyard, Astrophysics, the American Association of Variable Star Observers
TL;DR
This paper reports on a comprehensive multiwavelength observational campaign of AE Aqr, analyzing flux variations, white dwarf spin, X-ray emission, and setting upper limits on TeV gamma-ray flux, providing insights into the system's behavior.
Contribution
It presents new multiwavelength data and analysis of AE Aqr, highlighting correlations and constraints on high-energy emission not previously detailed.
Findings
Flux variations are correlated across wavebands.
White dwarf spin evolution observed during campaign.
Very low upper limits on TeV gamma-ray flux.
Abstract
We provide a summary of results, obtained from a multiwavelength (TeV gamma-ray, X-ray, UV, optical, and radio) campaign of observations of AE Aqr conducted in 2005 August 28-September 2, on the nature and correlation of the flux variations in the various wavebands, the white dwarf spin evolution, the properties of the X-ray emission region, and the very low upper limits on the TeV gamma-ray flux.
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Taxonomy
TopicsAstrophysics and Cosmic Phenomena · Dark Matter and Cosmic Phenomena · Astrophysical Phenomena and Observations