NASA - You’re about to enter another dimension 🌀 Our @NASAChandraXray space telescope captured a spectacular set of rings aroun|图文|广告营销案例【ADGuider广告指南】

NASA-您将要进入另一个维度🌀我们的 @ NASAChandraXray太空望远镜在周围捕获了一组壮观的环

案例简介：你将要进入另一个维度🌀我们的 @ NASAChandraXray太空望远镜在黑洞周围捕获了一组壮观的环，揭示了有关我们银河系中尘埃的新信息!在2015年6月5日上，x射线的爆发在系统内产生了高能环，这种现象称为光回波。类似于声波从峡谷壁上反弹的方式，当来自黑洞系统的x射线从系统和地球之间的尘埃云中反弹时，会产生光回声。这个黑洞位于7,800光年之外，它主动地将物质从伴星拉出到不可见物体周围的圆盘中。这种材料在x射线中发光，使天文学家可以将这些系统称为 “x射线双星”。在此复合图像中，来自钱德拉 (浅蓝色) 的x射线与来自Pan-STARRS望远镜的光学数据相结合，显示了视场中的恒星。每个环都是由耀斑2015年反射在不同尘云上的x射线产生的。宇宙尘埃不像家庭尘埃，它类似于烟雾，由微小的固体颗粒组成。这些宇宙尘埃兔子不仅可以告诉天文学家黑洞的行为，还可以告诉系统与地球之间的景观。信用 :( x射线) NASA/CXC/U.Wisc-Madison/S。Heinz等人; (光学/红外): Pan-STARRS # NASA # x射线 # 黑洞 # 环 # Dusty

NASA-您将要进入另一个维度🌀我们的 @ NASAChandraXray太空望远镜在周围捕获了一组壮观的环

案例简介：You’re about to enter another dimension 🌀 Our @NASAChandraXray space telescope captured a spectacular set of rings around a black hole, revealing new information about dust located in our galaxy! On June 5th, 2015, a burst of X-rays created high-energy rings within a system, a phenomenon known as light echoes. Similar to the way sound waves bounce off a canyon wall, light echoes are produced when a burst of x-rays from the black hole's system bounce off dust clouds between the system and Earth. Located 7,800 light-years away, this black hole actively pulls material away from a companion star into a disk around the invisible object. This material glows in X-rays, allowing astronomers to refer to these systems as “X-ray binaries.” In this composite image X-rays from Chandra (light blue) are combined with optical data from the Pan-STARRS telescope, showing the stars in the field of view. Each ring is created by X-rays from the flares in 2015 reflecting on different dust clouds. Cosmic dust is not like household dust, it is similar to smoke and consists of tiny, solid particles. These cosmic dust bunnies can tell astronomers not only about the black hole’s behavior but also about the landscape between the system and Earth. Credit: (X-ray) NASA/CXC/U.Wisc-Madison/S. Heinz et al.; (Optical/IR): Pan-STARRS #NASA #Xray #Blackhole #Rings #Dusty