Constraints on the Bright Meyer Group Comet C/2023 F2 (SOHO)

Author:

Ye 叶 Quanzhi 泉 志ORCID,Zhang QichengORCID,Guiñez Cristian,Maldonado Vicente,Rojo Patricio,Bauer James M.ORCID,Battams KarlORCID,Knight Matthew M.ORCID

Abstract

Abstract Comet C/2023 F2 (SOHO) was one of the brightest members of the poorly understood Meyer near-Sun comet group. Here we report our unsuccessful attempt to recover this comet from the ground using the Danish 1.54 m telescope. We observed the predicted position of the comet on 2023 April 4–5 UT when the comet was at 0.6 au and 36°–38° from the Sun, and searched an area that has 5%–10% likelihood to contain the comet down to R ∼ 20. Despite the search being unsuccessful, we show that it is possible to reach reasonable depth at small solar elongation, and that wide-field meter-class telescopes are desirable for the recovery of these objects from the ground.

Publisher

American Astronomical Society

Subject

General Medicine

Reference10 articles.

1. Astropy: A community Python package for astronomy

2. SOHO comets: 20 years and 3000 objects later

3. Bertin E. 2010 SWarp: Resampling and Co-adding FITS Images Together, Astrophysics Source Code Library ascl: 1010.068

4. Gray B. 2022 Find_Orb: Orbit Determination from Observations, Astrophysics Source Code Library ascl: 2202.016

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