论文标题
搜索用TEVSS的太空吸血鬼
Searching for Space Vampires with TEvSS
论文作者
论文摘要
这是一个普遍承认的事实，一个拥有好的太空望远镜的人必须在寻找太空吸血鬼。在这里，我们展示了对潮汐锁定的太空吸血鬼的过境签名，该签名被困在M-dwarfs的重力中。我们生成代表两个潜在太空吸血鬼种群的前向模型 - 蝙蝠形状和人形生物形状的人群。我们使用匹配算法的模板搜索灯泡卫星（TEVSS）搜索光曲面，并使用我们的AllesFitter软件拟合它们。添加从TEVSS数据中获得的信息，我们大大降低了空间吸血鬼的存在和发生率的不确定性，并将ETA（太空吸血鬼）限制为0％至100％（或更多）范围（或更多）。这些精确的分析对于通过James Webb太空访问望远镜（JWSVT）和极为大型Vampire望远镜（ELVTS）优化未来观察时间表至关重要。
It is a truth universally acknowledged, that a single human in possession of a good space telescope, must be in search of a space vampire. Here, we showcase our search for transit signatures of tidally locked space vampires, trapped in the gravitational pull of late M-dwarfs. We generate forward models representing two potential space vampire populations - those in bat shape and those in humanoid shape. We search lightcurves from the Transiting Exo-Vampire Survey Satellite (TEvSS) using a template matching algorithm and fit them using our allesfitter software. Adding the information gained from TEvSS data, we greatly decrease the uncertainty for the existence and occurrence rates of space vampires, and constrain eta(space vampire) to a range of 0% to 100% (or more). These precise analyses will be crucial for optimizing future observing schedules for space-vampire characterization with the James Webb Space-Vampire Telescope (JWSvT) and the Extremely-Large-Vampire Telescopes (ELvTs).
