Difficult words: telescope (a tool which we use to see things far away), discovery (a new thing which we find), question (when we ask something to get information). You can watch the original video in the Level 3 section.· What is the name of the brightest object in the universe, ...
Atteia. The brightest explosions in the Universe. Springer, Berlin, 2009.Schaefer, B.E. 2002, ApJ, Gamma-Ray Bursts: The Brightest Explosions in the Universe (Harvard).Luigi; Leonard Peter J. T. Gehrels, Neil; Piro. The brightest explosions in the universe.find more like this. Scientific...
Astronomers have found the brightest known object in the universe—a glowing core of a galaxy, called aquasar, located 12 billion light-years away. Quasars, as a whole, are thebrightest objects in the cosmos, each consisting of a supermassive bla...
Secrets of the BRIGHTEST OBJECTS in the universeThe article discusses quasars at the center of galaxies, which are powered by supermassive black holes. Galactic evolution, radio sources in space, and light s...
How does the flower respond when it is in this environment or that environment? How does it respond when it is around these types of people, or those types of people? You are the caretaker, the protector, the guardian of the most precious thing in the universe: your heart. Do everything...
“While some of the galaxies are nearby, most are very distant; we even found galaxies that are so far that their light has taken 12 billion years to travel here, so we are seeing them when the Universe was only a ninth of its current age,” said Dr. Caitlin Casey, Hubble fellow at...
Related: How many stars are in the universe? Why are blue stars so hot? Blue stars are blue because they're very hot. This sounds wrong, because in the everyday world — for example on weather maps — red means hot and blue means cold. But blue light carries more energy than red li...
This monster quasar is consuming one Suns worth of matter every day, making it the fastest-growing supermassive black hole ever found and the brightest object in the known universe!
Swedish and Japanese researchers have, after ten years, found an explanation to the peculiar emission lines seen in one of the brightest supernovae ever observed—SN 2006gy. At the same time they found an explanation for how the supernova arose.
The hot accretion disk and the jet combine to make the nucleus of the active galaxy shine so bright that it can be seen far across the universe. Related: James Webb Space Telescope sees 1st starlight from ancient quasars in groundbreaking discovery Quasar FAQs Is a quasar just a black hole...