Darren 'IShowSpeed', a prominent YouTuber-turned-streamer with over 20.1 million subscribers has faced many controversies despite his rapid rise

Hoda Kotb and Karen Swensen have been best friend's for decades now

Michael Strahan took part in a initiative started by his former head coach and former teammate as he shared photos of his support system

Kai Cenat is accused of sharing a scripted livestream from jail

Sandra Bullock received a lot of support from her A-List pals when she helped Bryan Randall battle ALS and when he died

Oppenheimer is currently dominating cinemas globally, but clocking in at two-and-a-half hours long, it begs the question for many: When is it time to pee? Well, one film fanatic has got us covered, giving a scene-by-scene breakdown of when it's worth sticking around in your seat. Mary Arndt revealed that as soon as the professor Oppenheimer used to work with appears at Los Alamos for the first time - get ready to run to the bathroom. "If you can keep your trip under like two minutes all you need to know is that Oppenheimer got his security clearance", she says. Sign up to our new free Indy100 weekly newsletter

The legendary Tina Turner will receive a posthumous tribute this weekend as part of the 2023 BET Awards.

Scientists have “heard” a chorus of gravitational waves rippling through the universe, in what they say is an unprecedented finding that could fundamentally change our understanding of the universe. The discovery, described in a range of newly published journal papers, suggests that spacetime is being rocked by intensely powerful gravitational waves all the time. Those waves carry a million times more energy than the one-off bursts of gravitational waves that were detected from a black hole and were themselves hailed as a major breakthrough in our understanding of the universe. The new results suggest that everything is being slowly shrunk and expanded by a new kind of gravitational wave as they pass through our galaxy. Scientists describe it as being akin to hearing a “symphony” of waves echoing through the universe. “It’s like a choir, with all these supermassive black hole pairs chiming in at different frequencies,” said Chiara Mingarelli, a scientist who worked on the new findings while an associate research scientist at the Flatiron Institute’s Center for Computational Astrophysics. “This is the first-ever evidence for the gravitational wave background. We’ve opened a new window of observation on the universe.” The new findings have been described in a range of journal articles, published in different academic journals. The research is the result of 25 years of observations from six of the world’s most sensitive radio telescopes, and have been simultaneously published by different collaborations across the world. The findings are not only notable in themselves. They also offer the opportunity to find out some of the universe’s secrets, since they can be used to find information about the binary black holes that form when galaxies merge, for instance. “These results signify the beginning of an exciting journey into the Universe, where we aim to unravel its mysteries,” Michael Keith, a lecturer at Jodrell Bank Centre for Astrophysics, UK, and contributor to one of the new studies, published in Astronomy and Astrophysics. “After decades of tireless work by hundreds of astronomers and physicists worldwide, we are finally detecting the long-awaited signature of gravitational waves originating from the distant Universe.” Scientists made the discovery by analysing observations of pulsars, which are extinguished stars that can be used as reliable clocks in the distant universe. By bringing together such a large amount of detailed data, researchers were able to measure those pulsars with very high accuracy, allowing them to measure gravitational waves at a far larger scale than using detectors on Earth. “Pulsars are excellent natural clocks. We exploit the remarkable regularity of their signals to detect subtle changes in their rhythm, enabling us to perceive the minute stretching and squeezing of space-time caused by gravitational waves originating from the far reaches of the Universe,” said David Champion, a senior scientist at the MPIfR in Bonn, Germany, and contributor to the study, in a statement. For now, researchers are only able to “hear” the vast choir, rather than the individual pulsars that make up its singers. But together they are much louder than expected, meaning that there may be more or more heavy supermassive black holes to be found in the universe. Read More Astronomers find zombie planet that ‘shouldn’t exist’ Nasa to begin Moon mining within next decade Nasa rover spots bizarre donut shaped rock on Mars

The Grammys will not be awarding prices to songs created using AI.

A French court on Wednesday sentenced the controversial Russian performance artist Pyotr Pavlensky to six months in prison for his role in a sex tape scandal which ended a campaign by an ally of...

'King Charles' intends to keep it versatile and not stick to a specific format, taking on anything and everything that the hosts may find interesting

'Euphoria's creator Sam Levinson's new offering 'The Idol' is a poorly written misfire that tries extremely hard to be something it's not