Observations of the 2024 May 14 X8.7 Solar Flare with the Goldstone-Apple Valley Radio Telescope (GAVRT)

Thangasamy Velusamy, Ryan Dorcey, Nancy Kreuser-Jenkins, Lisa Nichole Lamb, Erica Pagano, Marin M. Anderson, Joseph Lazio and Steven Levin
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Abstract

The Goldstone-Apple Valley Radio Telescope (GAVRT) project conducts a regular monitoring program of the Sun. The GAVRT Solar Patrol project uses a 34 m diameter antenna to produce raster-scan maps of the Sun simultaneously at 4 frequencies ranging from approximately 3 to 14 GHz. On 2024 May 14, as part of regular GAVRT Solar Patrol observations, raster maps were produced when an X8.7 solar flare occurred in active region AR13664. Here we present the GAVRT maps of the May 14 flare along with microwave flux density spectra showing the non-thermal microwave burst emission from mildly relativistic electrons produced in this largest flare of Solar Cycle 25 to date. AR13664 reappeared as AR13697 and continued to be very active, producing X flares while GAVRT monitored its activity. GAVRT microwave data provide a powerful complement to the energetic electrons tracked by X-ray, millimeter-wave and γ-ray emissions.
利用金石-苹果谷射电望远镜(GAVRT)观测 2024 年 5 月 14 日 X8.7 级太阳耀斑
金石-苹果谷射电望远镜(GAVRT)项目对太阳进行定期监测。GAVRT 太阳巡天项目使用一个直径为 34 米的天线,以大约 3 至 14 千兆赫的 4 个频率同时绘制太阳光栅扫描图。2024 年 5 月 14 日,作为 GAVRT 太阳巡天项目定期观测的一部分,在活动区 AR13664 发生 X8.7 太阳耀斑时制作了光栅地图。在此,我们展示了 5 月 14 日耀斑的 GAVRT 地图以及微波通量密度谱,其中显示了太阳周期 25 迄今为止最大耀斑中产生的轻度相对论电子的非热微波爆发发射。AR13664 以 AR13697 的身份重新出现,并继续非常活跃,在 GAVRT 监测其活动时产生了 X 次耀斑。GAVRT 的微波数据为 X 射线、毫米波和 γ 射线辐射跟踪的高能电子提供了有力的补充。
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