Coeval Observations of a Complete Sample of Blazars with Effelsberg, IRAM 30m, and Planck
J\"org P. Rachen (1, 5), Lars Fuhrmann (2), Thomas Krichbaum (2),, Emmanouil Angelakis (2), Ioannis Nestoras (2), Anton Zensus (2), Albrecht, Sievers (3), Hans Ungerechts (3), Elina Keih\"anen (4), Martin Reinecke (5), ((1) Radboud University Nijmegen, Netherlands
TL;DR
This paper introduces a comprehensive multi-instrument observational project that monitors blazars across a wide frequency range with high time resolution, combining data from Effelsberg, IRAM, and Planck to enhance understanding of blazar variability.
Contribution
It presents the first results of an innovative, multi-instrument, long-term monitoring program that offers unprecedented data quality and coverage for blazar studies.
Findings
High time resolution data of blazars obtained
Wide frequency span from radio to submillimetre achieved
Initial results demonstrate the program's potential for variability analysis
Abstract
We present the outline and first results of a project using the synergies of the long term blazar radiomillimetre monitoring program F-GAMMA, the continued scanning of the millimetre-submillimetre sky by the Planck satellite, together with several dedicated observing programs at the Effelsberg 100m telescope, to obtain a data sample unprecedented in both time resolution and frequency span.
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Taxonomy
TopicsAstrophysics and Cosmic Phenomena · Dark Matter and Cosmic Phenomena · Particle physics theoretical and experimental studies