a rainbow being sucked into a black hole

What's physically being described is nothing more than 'Incarnation causes shiny effects', an in UW portrayal of what is happening in real world so to say, whereas what ended up happening to Gabe is completely a real world instance.

What happened has nothing to do with things happening in Underworld, it's simply Kirito, directing the the entire memory data generated by the Underworlders in their Lightcube's, into Gabriel's SoulTranslator, which causes his Fluctlight in the real world to implode. It is unimaginable to me to see him still not understand Gabe's demise is not an in-UW event, but an in-real world event. The team's research is published in the Astrophysical Journal.I'm sorry, but what is a 'prismatic wave' that you are talking about here? Heck, does Problem ever read things while trying to even understand what is happening, or understand the context it is happening in? I cannot believe he still does not understand the basics of Underworld. These observations could add further details to the corona formation phenomenon seen around AT2021ehb. Yao and the team will now look for more TDEs to study with telescopes such as Swift, NICER, and NuSTAR.

'Our observations of AT2021ehb are in agreement with the idea that magnetic fields have something to do with how the corona forms, and we want to know what's causing that magnetic field to get so strong.' 'We've never seen a tidal disruption event with X-ray emission like this without a jet present, and that's really spectacular because it means we can potentially disentangle what causes jets and what causes coronae,' Califonia Institute of Technology graduate student and lead author Yuhan Yao, said. This came as a surprise because these clouds of hot plasma are usually seen in conjunction with jets of gas blasting out from black holes, but AT2021ehb had no jets associated with it. NuStar delivered a surprise to astronomers when they first spotted a corona over the black hole. This observation was followed up by the Neil Gehrels Swift Observatory and Neutron star Interior Composition Explorer (NICER) telescope.Īlmost ten months after this first observation, the Nuclear Spectroscopic Telescopic Array (NuSTAR) satellite began to study AT2021ehb in X-ray light. The TDE AT2021ehb was first spotted by the Zwicky Transient Facility (ZTF), located at the Palomar Observatory in Southern California, on March 1, 2021. Fastest-growing black hole ever seen is devouring the equivalent of 1 Earth per second What happens at the center of a black hole?

Black hole announces itself to astronomers by violently ripping apart a star This short duration coupled with high visibility makes TDEs enticing to astronomers who can use them to determine how the gravity of black holes manipulates material to create powerful emissions and exotic physical environments. For example, the TDE AT2021ehb occurred over the course of just 100 days. Additionally, these events occur over just a few weeks or months from start to finish. TDEs in which a star is violently ripped apart can stand out when they occur over greedily feeding black holes or fasting counterparts. Other black holes, like the supermassive Sagittarius A* (Sgr A*) at the heart of the Milky Way, are surrounded by much less material and thus don’t emit as much radiation as more 'well-fed' black holes. As a result, they can often emit so much light they outshine entire galaxies. These disks are super-heated by the violent conditions generated by the gravitational influence of the black holes they gradually feed. Many black holes are surrounded by massive accretion discs that can stretch for billions of miles and form over the course of many years, or even millennia. Eventually, the material settles into a disc-like structure called an accretion disc with material swirling around the black hole and being gradually fed to its surface. That impact creates shockwaves and outflows of gas that generate light in a wide range of wavelengths, including visible light, ultraviolet light and X-rays. This stellar 'noodle' is twisted around the central black hole, slamming into itself in the process. In TDEs, gravity pulls on one side of a star more than the other generating a tidal force that rips apart, or ' spaghettifies' the star leaving a long stream of hot gas.

A rainbow being sucked into a black hole