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.. copy and pasted from the website titled "Daily Galaxy" .. article written by Kouceila Rekik .. Devas: "What is this?"

more Sponsored Daily Galaxy 71.9K Followers This ancient black hole is so massive it may be breaking its own galaxy Story by Kouceila Rekik • 5d • 3 min read Credit: Shutterstock | The Daily Galaxy --Great Discoveries Channel Credit: Shutterstock | The Daily Galaxy --Great Discoveries Channel © Daily Galaxy CA A distant quasar known as ULAS J1120+0641 hosts a black hole so massive that it may be disrupting the balance of its own galaxy, according to findings published in The Astrophysical Journal. Located more than 13 billion light-years away, this object offers a rare glimpse into the early universe and challenges existing models of how galaxies and black holes evolve together. Donate To MS Canada - MS Canada - Support Breakthrough Research Donate To MS Canada - MS Canada - Support Breakthrough Research MS Canada MS Canada · Sponsored call to action icon A Giant From the Dawn of Time The black hole at the center of ULAS J1120+0641 formed less than a billion years after the Big Bang, yet it already contains billions of times the mass of the Sun. That rapid growth presents a major puzzle, as current theories struggle to explain how such an enormous object could assemble so quickly. Observations suggest that the black hole’s mass may exceed what its host galaxy can gravitationally support, raising the possibility of a system out of equilibrium. Researchers studying this quasar have found that the usual relationship between a galaxy and its central black hole appears stretched to its limits. This imbalance hints at a phase in cosmic history where black holes may have grown faster than their surrounding galaxies, flipping the expected order of development. The discovery provides a unique window into how extreme environments shaped the earliest large-scale structures in the universe. Aa23051 13 Fig1 Aa23051 13 Fig1 © Daily Galaxy CA Evidence From Recent Findings The research, detailed in The Astrophysical Journal, relies on high-precision observations of the quasar’s light and surrounding gas dynamics. These measurements reveal how matter behaves under the intense gravitational pull of the black hole, offering clues about its growth history and its influence on the galaxy. Scientists observed that the black hole’s gravitational dominance could interfere with star formation by heating or expelling gas, preventing the galaxy from developing normally. “It appears that black holes’ consumption of material has greatly slowed down as the universe has aged,” said Niel Brandt, an astronomy and physics professor at Penn State. This statement highlights a striking contrast between the early universe, where black holes grew rapidly, and the present day, where such extreme growth is far less common. The study suggests that early black holes may have undergone brief but intense feeding periods, allowing them to outpace their host galaxies dramatically. Stop worrying about small cracks — there’s an easy way Stop worrying about small cracks — there’s an easy way fix-pro · Sponsored call to action icon A Challenge To Galactic Evolution Models Traditional models assume a relatively stable relationship between galaxies and their central black holes, with both evolving in tandem over billions of years. The case of ULAS J1120+0641 challenges this assumption by presenting a scenario where the black hole appears to dominate the system entirely. This raises new questions about feedback mechanisms, the processes by which black holes regulate star formation and galaxy growth. If the black hole’s influence is too strong, it could suppress the formation of new stars, effectively stalling the galaxy’s development. Such an imbalance would reshape how scientists understand the co-evolution of galaxies and black holes. It also opens the door to alternative theories, including the possibility that some black holes formed from unusually massive seeds or experienced periods of super-efficient accretion. These findings push researchers to rethink long-standing assumptions about cosmic structure formation. What's your Starbucks® style? Find out What's your Starbucks® style? Find out Starbucks® · Sponsored call to action icon What Comes Next For Observations Detecting and confirming these subtle imbalances requires increasingly sensitive instruments capable of probing the distant universe with greater precision. Current telescopes provide valuable data, yet future missions will need to refine measurements of mass, motion, and radiation around such extreme objects. Incremental improvements in observational technology are expected to play a key role, allowing scientists to test predictions derived from this discovery. If a clear and testable model emerges, it could guide the design of new experiments aimed at understanding gravity and dark energy at cosmic scales. The implications extend beyond a single quasar, touching on fundamental questions about how the universe evolved from its earliest moments to its present structure. As researchers continue to analyze ULAS J1120+0641, this extraordinary black hole stands as both a challenge and an opportunity to deepen our understanding of the cosmos. Enjoyed this article? Subscribe to our free newsletter for engaging stories, exclusive content, and the latest news. Sponsored Daily Galaxy Visit Daily Galaxy A 13-year-old boy found a bronze coin in the dirt. It turned out to be Berlin’s first ancient Greek treasure Halley’s comet lights up the sky again through Eta Aquarid meteor shower peak: Here’s when to watch A well-preserved 92-foot dinosaur was accidentally found at a construction site in China Sponsored

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... copy and pasted from the website titled "USA Today" .. article written by Doyle Rice .. little tadpole, cornerstone leader emperor of the Saints: ..".. Doyle Rice.. I just love that name.. the name 'Doyle Rice'.. I love it.. boy.. this is an article I really want to mentally plunge into exhaustively... This is a subject I really, really want to study and understand.."

USA TODAY 2.3M Followers Infamous disaster scenario can rapidly unfold, study finds Story by Doyle Rice, USA TODAY • 15h • 3 min read USA TODAY Doomscrolling alert: The Atlantic current may be headed for collapse A large scale and delicate system of ocean currents that's Current Time 0:02 / Duration 9:38 0 Add another study to the pile of research raising alarms about a looming climate disaster. Scientists have been closely watching the Atlantic Meridional Overturning Circulation (AMOC) for years. In April, two studies noted the critical current is in danger of weakening or even collapsing due to climate change, which could impact the climate and weather for hundreds of millions of people. The Atlantic Meridional Overturning Circulation, often referred to as the conveyor belt, relies on a delicate balance of salt and fresh water. The Atlantic Meridional Overturning Circulation, often referred to as the conveyor belt, relies on a delicate balance of salt and fresh water. © Mike De Angelis / USA TODAY If you missed those studies, you might still know the current from the movie "The Day After Tomorrow," which took quite a few liberties in its depiction of what would happen if the current suddenly collapsed due to climate change. Start the day smarter. Get all the news you need in your inbox each morning. Donate To MS Canada - MS Canada - Support Breakthrough Research Donate To MS Canada - MS Canada - Support Breakthrough Research MS Canada MS Canada · Sponsored call to action icon Now, a new study released April 29 says the AMOC has changed rapidly in the past, due to "violent volcanic eruptions" that eventually cooled the entire planet. The current threat to the AMOC isn't volcanoes, but excess carbon dioxide in the atmosphere from human-caused climate change. According to the lead author of the new study, Lucien Nana Yobo of Texas A&M, his research "shows how sensitive the AMOC is to climate disturbances." ©PATRICK MEINHARDT, AFP via Getty Images An aerial view of structures on Nyangai Island, on April 30, 2025. More than two million people living along Sierra Leone's coasts are threatened by rising sea levels, according to a study conducted in June 2024 by the Sierra Leone National Disaster Management Agency (NDMA) and the Internal Displacement Monitoring Centre (IDMC), a leading international organization monitoring internal displacement. This West African country is one of the most threatened in the world by global warming, and its coastal region "is very vulnerable to the increasingly frequent and severe ph... See more What is the AMOC? "The Atlantic Meridional Overturning Circulation really is one of our planet’s key circulation systems," said Niklas Boers from the Potsdam Institute for Climate Impact Research in Germany, the author of a previous study on the topic. The AMOC is a crucial conveyor belt for ocean water and air, which influences weather. Warm, salty water moves north from the tropics along the Gulf Stream off the U.S. East Coast to the North Atlantic, where it cools, sinks and heads south. Brayden Schenn 2020 St. Louis Blues Card Brayden Schenn 2020 St. Louis Blues Card eBay CA · Sponsored call to action icon The faster it moves, the more water is turned over from warm surface to cool depths. The cycle keeps northern Europe several degrees warmer than it would otherwise be and brings colder water to the coast of North America. What happened back then? Roughly 12,900 to 11,700 years ago, Earth rapidly cooled due to violent volcanic eruptions that disturbed the AMOC, a new study in the peer-reviewed journal Science Advances says. Originally, scientists thought an extraterrestrial impact such as an asteroid or comet strike triggered the AMOC disruption, which scientists call the "Younger Dryas" period. Now, research strengthens an alternative theory that attributes the cooling to a violent cluster of volcanic eruptions. The cooling was sparked by atmospheric changes from the volcanoes, which disturbed the AMOC – a massive oceanic circulation "conveyor belt" that transports heat globally and is in danger of weakening or collapsing, this time due to human-caused climate change. It’s exactly what it sounds like — fast, brutally honest feedback on your product. no BS. no... It’s exactly what it sounds like — fast, brutally honest feedback on your product. no BS. no... Brady UX · Sponsored call to action icon Nana Yobo and his colleagues' examination of North American sedimentary records show that volcanic activity triggered this AMOC-linked colder period. "Temperatures dropped by several degrees in the Northern Hemisphere, likely altering ecosystems and forcing early humans to adapt to colder, shifting environments," Nana Yobo said. Nana Yobo said the Younger Dryas was a much more abrupt shift than what is currently happening, but it shows how sensitive the AMOC is to climate disturbances. How did volcanoes change the AMOC? According to Nana Yobo, volcanic eruptions cooled the Earth's surface by blocking sunlight, which disrupted temperature and salinity in the North Atlantic Ocean — key drivers of the AMOC — leading to a slowdown. Also, the evidence points to a weakening of the AMOC, but not a complete collapse. Leadgen logo USA TODAY Get unlimited digital access to USA TODAY and premium Sports+ stories One month free Get it now Is this the first study proposing volcanoes affected the AMOC? "No, but this is one of the first to show a link in cluster of eruptions in ice cores and sediment records across North America at the timing of the Younger Dryas using geochemical evidence," Nana Yobo said in an email to USA TODAY. This article originally appeared on USA TODAY: Infamous disaster scenario can rapidly unfold, study finds Sponsored USA TODAY Visit USA TODAY Puerto Rico lottery results: See winning numbers for Pega 2, Pega 3 on April 30, 2026 Got a bookworm at home? Pizza Hut's giving out freebies Shop runway-ready Zenni frames for 'The Devil Wears Prada 2' premiere Sponsored