Apple said Thursday that its revenue slipped 1% to $81.8 billion for its quarter ending July 1, marking the third consecutive year-over-year drop in quarterly revenue for the world's most valuable company.

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Parents whose kids bought virtual gear without their knowledge on the popular Fortnite video game could soon be able to get a refund

It is so hard to shoot in NBA 2K24 because the developers implemented a skill gap to reflect the realities of the NBA in MyCAREER mode.

TOKYO (Reuters) -Japan and the United States will issue a joint statement on technology cooperation on Friday that will commit

Twitter has backtracked to the older, freely accessible version of its TweetDeck platform just days after launching what the company claimed to be a “new, improved version”. “We have just launched a new, improved version of TweetDeck,” Twitter announced last week, adding that in 30 days, only users subscribed to the platform’s premium subscription service Twitter Blue would have access to the tool. However, the social media company restored its old TweetDeck version along with free API access with no announcement of its return from either Elon Musk or Twitter’s new chief Linda Yaccarino. TweetDeck is an app using Twitter’s API which enables users to view multiple feeds in customisable columns. While it was launched as a free-to-use independent app in 2008, it was then acquired by Twitter, and was recently turned into a paid feature. Several third-party apps such as “Harpy” shut down after the social media company began charging for access to its API – the system used to communicate with other services – as part of efforts to generate new revenue sources. “Without free access to the Twitter api, Harpy will stop working on February 9th. This includes access using a (free) custom api key. Thanks for using harpy,” the app’s Twitter account noted. TweetDeck’s new version, which also uses Twitter’s API, experienced a temporary outage last week, after Twitter decided to limit the number of tweets users can view. Twitter users also noted that while the new version of TweetDeck came with added tools like a Tweet composer and video docking, it didn’t have an Activity Tab which is deemed an important feature. Now, following the launch of Meta’s rival app Threads last week, many users have flagged that the old TweetDeck is back along with its legacy API working, which would allow the platform’s third-party apps to work again. However, without any official announcement of Twitter backtracking to the old TweetDeck, it remains unclear for how long the freely accessible “better” version would remain. Developers such as Roberto Doering, creator of the Harpy app, say Twitter is “most likely” to shut down access to their legacy API again. “Please note that this doesn’t mean that Harpy will be maintained again, seeing as Twitter will most likely shut down access to their legacy API (again) soon and third-party apps are still against their [terms of service],” Mr Doering wrote on Harpy’s GitHub page. Read More Threads: What is it, can it rival Twitter and what are the risks? Tweetdeck down: Major Twitter client not working amid chaos on site New Meta app Threads ‘first credible threat’ to Twitter Account tracking Elon Musk’s jet is now on Threads after Twitter suspended it Elon Musk says ‘Zuck is cuck’ as Threads inches closer to 100m users Threads hits 70 million sign-ups on its second day

If you thought Australia’s spiders were scary, wait until you see the prehistoric version. Scientists have found a fossilised giant trapdoor spider in New South Wales, only the fourth specimen of its kind to be found in Australia. The creature would have roamed and hunted in the surrounding areas which were once a lush rainforest, researchers said in a recently filed report. Last year, scientists unearthed fossils of the rainforest area from millions of years ago, teeming with specimens including plants, trapdoor spiders, giant cicadas and wasps. Now the area is a grassland region known as McGraths Flat. Researchers have named the spider fossil ‘Megamonodontium mccluskyi’. It would have lived in the Miocene period 11m to 16m years ago. “Only four spider fossils have ever been found throughout the whole continent, which has made it difficult for scientists to understand their evolutionary history,” said palaeontologist Matthew McCurry of the University of New South Wales and the Australian Museum. “That is why this discovery is so significant, it reveals new information about the extinction of spiders and fills a gap in our understanding of the past. “The closest living relative of this fossil now lives in wet forests in Singapore through to Papua New Guinea. “This suggests that the group once occupied similar environments in mainland Australia but have subsequently gone extinct as Australia became more arid.” The spider was found among many other Miocene fossils. In some of them, the fossils were so well preserved that subcellular structures could be made out. “Scanning electron microscopy allowed us to study minute details of the claws and setae on the spider's pedipalps, legs and the main body,” said virologist Michael Frese of the University of Canberra. The details meant scientists could confidently place it near the modern Monodontium, or trapdoor spider. However, it is five times larger than its modern day relatives. Megamonodontium mccluskyi's body is 23.31 millimetres long – that is just over an inch. The discovery of the species also tells us something of the past climate of Australia, the report added. The fact that it was found in a layer of rainforest sediment means the region was once much wetter than it is now. That could, in turn, help scientists understand how a warming climate has already altered the country’s life forms – and how it might change them again. "Not only is it the largest fossilized spider to be found in Australia but it is the first fossil of the family Barychelidae that has been found worldwide," said arachnologist Robert Raven of Queensland Museum. "There are around 300 species of brush-footed trapdoor spiders alive today, but they don't seem to become fossils very often. "This could be because they spend so much time inside burrows and so aren't in the right environment to be fossilized." The findings were published in the Zoological Journal of the Linnean Society. 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.

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PayPal Holdings Inc. is rolling out a stablecoin, the first by a large financial company and a potentially

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A study detailing the habitability of a nearby exoplanet appears to have caught the attention of SpaceX boss Elon Musk. The tech billionaire has frequently spoken of his intention to transform humanity into a mult-planetary species through his private space firm, with plans to colonise Mars within the next few decades. The study of Proxima Centauri b, which sits within the so-called ‘Goldilocks Zone’ of the red-dwarf star Proxima Centauri, involved computer simulations to evaluate whether it can sustain liquid water that may harbour living organisms. “The major message from our simulations is that there’s a decent chance that the planet would be habitable,” Anthony Del Genio, a planetary scientist at the Nasa Goddard Institute for Space Studies said when the study was first published in 2018. The study concluded that Earth-sized planet is potentially the closest “highly habitable” planet to our Solar System, located 4.2 light-years away from the Sun. “Practically next door,” Mr Musk wrote in a tweet on Sunday, sharing the study. Proxima Centauri b has been the subject of several studies since it was first discovered in 2016, with astronomers attempting to assess whether it is capable of sustaining life. Similar to the Earth’s moon, the planet is “locked” due to gravitational forces, meaning that the same side of Proxima Centauri b always faces its parent star. Computational models suggest that the exoplanet’s circulating oceans and atmosphere act as an effective transfer of heat, so that its dark side is not permanently frozen. Despite its relatively close distance compared to other potentially habitable planets, travelling 4.2 light-years – or 40 trillion kilometres (25 trillion miles) – requires technology that is still in the conceptual stages of development. Nasa’s interstellar space probe Voyager 1, which was launched in 1977, would take 80,000 years to travel to Proxima Centauri, however the US space agency’s DEEP-IN programme aims to make the journey possible within a single lifetime. Scientists working on DEEP-IN claim that small crafts propelled by light could travel at speeds of up to 161 million kilometres per hour, and could reach the neighbouring star and exoplanet in 20 years. Mr Musk has frequently voiced his concerns about humanity’s long-term survival, claiming that setting up self-sustaining colonies on other planets is vital to ensure the continuation of our species. SpaceX has so far been at the forefront of these endeavours, developing its reusable Starship rocket with the intention of transporting people and cargo across the solar system. Read More Elon Musk refuses to pay Twitter’s Google bill Elon Musk claims AI will overtake humans 'in less than five years'