Italy's biggest telecoms company Telecom Italia (TIM) said on Friday it received two new offers for its landline

Ford is pausing a $3.5 billion electric-vehicle battery plant, Thor Industries' fiscal 2024 outlook disappoints, and Costco is scheduled to report earnings Tuesday.

Dubai is rolling out its first round of robotaxis next month, as a part of a plan to alleviate congestion and accidents.

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The US Federal Trade Commission filed a notice in court that it intends to appeal a ruling by

Scientists have detected huge waves in outer space that measure three times the size of our sun. The waves are being formed on a star system called MACHO 80.7443.1718, found around 169,000 light-years from Earth in the Large Magellanic Cloud. The waves are formed in a similar way to waves on Earth. Just like ones on our planet are formed due to the gravitational pull of the moon, a nearby celestial object stretches the star and causes enormous waves in the system MACHO 80.7443.1718. Experts have studied the star’s unusual behaviour and published a paper in the journal Nature Astronomy. The experts stated that MACHO 80.7443.1718 contains a "heartbreak" star, which is a term they use to describe the way plasma is influenced by the pull of a nearby object to unleash incredible waves of energy. The sheer power of these waves is, itself, difficult to imagine. In fact, just one of them would end life on Earth in an instant. "Each crash of the star’s towering tidal waves releases enough energy to disintegrate our entire planet several hundred times over," MacLeod said. "This heartbreak star could just be the first of a growing class of astronomical objects," MacLeod added. "We’re already planning a search for more heartbreak stars, looking for the glowing atmospheres flung off by their breaking waves." The scale in general is far beyond human comprehension – at least ours, anyway. In fact, the waves of plasma measure around 2.5 million miles above the surface of the primary star – which itself has a radius of 10.4 million miles, around 24 times the size of the sun. Sign up to our free Indy100 weekly newsletter Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

Rapper Ice Cube says he would sue anyone who creates a song using AI to mimic his vocals.

About 2,000 people mobbed Union Square in anticipation of a PlayStation 5 offer by influencer Kai Cenat.

Those of you who use Snapchat might chat with your family, friends, and other people.

Ancient remnants of a long-lost part of the Earth believed to be 120 million years old have been located by experts in Borneo. New discoveries about our planet are continuously being made by experts, from finding continents that have been missing for hundreds of years to discovering vast oceans hidden beneath the Earth’s crust. Now, a new amazing discovery revealed details of the 120-million-year-old tectonic plate, now named Pontus. A prediction of the crust’s existence came when Suzanna van de Lagemaat, a graduate geologist at Utrecht University in the Netherlands, and her supervisor, Douwe van Hinsbergen, analysed geological data from mountains in the Asia-Pacific region. While studying rock formations in northern Borneo, Van de Lagemaat came across some clearcut signs of the ancient Pontus plate, explaining: “We thought we were dealing with relicts of a lost plate that we already knew about.” She continued: “But our magnetic lab research on those rocks indicated that our finds were originally from much farther north, and had to be remnants of a different, previously unknown plate.” Researchers estimate that the Pontus plate, which formed part of the world’s crust before the break up of supercontinent Pangaea, was around a quarter of the size of the Pacific Ocean, based on reconstructions of what it would have looked like 160 million years ago. Pontus sat beneath the vast ocean that separated Eurasia and Australia at the time. As Pangaeo separated, it’s believed the plate was swallowed up by other plates that carried countries such as The Philippines and Borneo to their current day locations. Van de Lagemaat’s research focussed on a complex region of tectonic plate activity known as the Junction Region. It runs between Japan, Borneo, the Philippines, New Guinea, and down to New Zealand. Through her research, she was able to use the data to create a clip reconstructing the tectonic plate movements that have occurred from the time of the dinosaurs up to the present day. Sign up to our free Indy100 weekly newsletter Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

A man lit a small fire to heat up his coffee kettle. It was a hot and windy