论文标题
外部（LAN）ETS的首次检测：Zoom上最浮游的观测和随访
First Detections of Exop(lan)ets: Observations and Follow-Ups of the Floofiest Transits on Zoom
论文作者
论文摘要
随着在线变焦会议的扩散，作为2020年代进行科学的一种手段，天文学家已经实现了机会的新目标（也是）观察。这些TOO的主要是外部ETS（LAN）或“外部”的观察。建立在Mayorga等人的工作的基础上。 （2021） - 其工作表征了“ floofy”对象的旋转变化 - 我们使用类似于用于外行trans transits的方法来对外科体进行建模。我们介绍了2022年2月通过公民科学计划收集的此类外观变焦的数据。该数据集包含诸如Exopet颜色，浮力，过境持续时间以及活动期间涵盖的变焦屏幕百分比之类的参数。对于某些目标，我们还提供微透镜和直接成像数据。利用我们对62个外科观测的建模作为转移，微透镜和直接成像事件的结果，我们讨论了我们的质量，大小，轨道，颜色和浮雕等外科特征的推论。
With the proliferation of online Zoom meetings as a means of doing science in the 2020s, astronomers have made new and unexpected Target of Opportunity (ToO) observations. Chief among these ToOs are observations of exop(lan)ets, or "exopets." Building on the work of Mayorga et al. (2021) - whose work characterized the rotational variations of "floofy" objects - we model exopets using methods similar to those used for exoplanetary transits. We present data collected for such exopet Zoom transits through a citizen science program in the month of February 2022. The dataset includes parameters like exopet color, floofiness, transit duration, and percentage of Zoom screen covered during the event. For some targets, we also present microlensing and direct imaging data. Using results from our modelling of 62 exopet observations as transits, microlensing, and direct imaging events, we discuss our inferences of exopet characteristics like their masses, sizes, orbits, colors, and floofiness.
