印度科学家提出了八点框架,以探测星际物体中的人工标志,支持今后的联络任务。 Indian scientist proposes eight-point framework to detect artificial signs in interstellar objects, supporting future contact mission.

印度天文生物学家Pushkar Ganesh Vaidya引入了八点科学框架,利用非寻常运动、排放和环境影响等可测量指标,探测3I/ATLAS等星际物体的潜在人工活动。 Indian astrobiologist Pushkar Ganesh Vaidya has introduced an eight-point scientific framework to detect potential artificial activity in interstellar objects like 3I/ATLAS, using measurable indicators such as unusual motion, emissions, and environmental effects. 在Zenodo上公布的预印本提供了一种可伪造、数据驱动的方法,用以评估非自然来源,而不声称任何物体都是人为的。 The preprint, published on Zenodo, offers a falsifiable, data-driven method to assess non-natural origins without claiming any object is artificial. 它支持即将到来的星际天体接触任务(IOCM-1),该任务旨在将信号装置安装在首次接触的星际天体上。 It supports the upcoming Interstellar Object Contact Mission (IOCM-1), which aims to place a signaling device on an interstellar object for first contact. 由于像Vera C. Rubin天文台LSST这样的新勘测预计会增加对此类物体的探测,因此这一方法旨在增强科学钻井。 The approach is designed to enhance scientific rigor as new surveys like the Vera C. Rubin Observatory’s LSST are expected to increase detections of such objects.