Monitoring with high temporal resolution to search for optical transients in the wide field
In order to detect and investigate short stochastic optical flares from a number of variable astrophysical objects (GRBs, SNs, flare stars, CVs, X-Ray binaries) of unknown localizations as well as near-earth objects (NEOs), both natural and artificial, it is necessary to perform the systematic monit...
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| creator | Beskin, Grigory Bondar, Sergey Ivanov, Evgeny Karpov, Sergey Katkova, Elena Pozanenko, Alexei Guarnieri, Adriano Bartolini, Corrado Piccioni, Adalberto Greco, Giuseppe Molinari, Emilio Covino, Stefano |
| description | In order to detect and investigate short stochastic optical flares from a number of variable astrophysical objects (GRBs, SNs, flare stars, CVs, X-Ray binaries) of unknown localizations as well as near-earth objects (NEOs), both natural and artificial, it is necessary to perform the systematic monitoring of large regions of the sky with high temporal resolution. Here we describe the design of a system able to perform such a task, which consists of a wide-field camera with high time resolution able to detect and classify the transient events on a subsecond time scale, and a fast robotic telescope aimed to perform their detailed investigation. In a last few years we've created the prototype FAVOR wide-field camera, placed at North Caucasus near Russian 6-m telescope, and a complete two-telescope complex TORTOREM, combining TORTORA wide-field camera with REM robotic telescope and placed at La Silla ESO observatory. Its technical parameters and first results of operation are described. |
| doi_str_mv | 10.1063/1.2896948 |
| format | Conference Proceeding |
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| ispartof | The Universe at Sub-Second Timescales (AIP Conference Proceedings Volume 984), 2008, Vol.984, p.73-82 |
| issn | 0094-243X |
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| source | AIP Journals Complete |
| title | Monitoring with high temporal resolution to search for optical transients in the wide field |
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