By Paul Sandle LONDON (Reuters) -Activision Blizzard said its studio that developed "Call of Duty" would set up shop in

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Microsoft has been given approval to buy Call of Duty developer Activision, clearing the way for one of the biggest ever tech deals. The Competition and Markets Authority (CMA) said the Xbox owner could go ahead with the takeover after agreeing to buy Activision without cloud gaming rights. It puts an end to a half-year long battle between the watchdog and Microsoft, having moved to block the deal in April. But businesses and their advisors should be in no doubt that the tactics employed by Microsoft are no way to engage with the CMA Sarah Cardell, CMA's chief executive The new deal, which was initially worth 69 billion US dollars (£56.6 billion at the current exchange rate), will stop Microsoft from having a “stranglehold” over the UK cloud gaming market, the CMA said. The regulator said it would preserve competitive prices for gamers and make sure consumers get more choice. Assassin’s Creed video game maker Ubisoft is set to buy Activision’s cloud gaming rights instead. But the CMA criticised Microsoft for “dragging out” proceedings during its investigation into the merger. Sarah Cardell, the CMA’s chief executive, said: “With the sale of Activision’s cloud streaming rights to Ubisoft, we’ve made sure Microsoft can’t have a stranglehold over this important and rapidly developing market. “But businesses and their advisors should be in no doubt that the tactics employed by Microsoft are no way to engage with the CMA. “Microsoft had the chance to restructure during our initial investigation but instead continued to insist on a package of measures that we told them simply wouldn’t work. “Dragging out proceedings in this way only wastes time and money.” Brad Smith, the president of Microsoft, said the group is “grateful” for the decision to approve the acquisition which he believes will “benefit players and the gaming industry worldwide”. Additional reporting by agencies Read More Incels using TikTok to spread ‘hateful beliefs’, research suggests Duke and Duchess of Sussex call for overhaul of social media Google to trial AI in UK traffic light systems to reduce stop-and-go emissions Broadband customers face £150 hikes because of ‘outrageous’ rises – Which? Rise of AI chatbots ‘worrying’ after man urged to kill Queen, psychologist warns William hails ‘amazing’ eco-friendly start-up businesses

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Five years ago, scientists managed to recreate what is known as superionic ice, in lab experiments for the first time. Superionic ice is believed to form within Uranus and Neptune as familiar materials are subjected to extreme pressures and heat, with iron atoms forming hot, black, heavy ice. But just last year researchers at several universities in the United States discovered a new phase of superionic ice. The discovery helps broaden our understanding of why Uranus and Neptune have off-kilter magnetic fields with multiple poles. Different to forms of water on Earth, the oxygen atoms in superionic ice are locked in a solid cubic lattice, while the ionised hydrogen atoms are loose, flowing through the lattice. This gives superionic ice conductive properties as well as raising its melting point, meaning the frozen water remains solid at temperatures up to 4704 Degree Celsius (8500 Fahrenheit). In this latest study, Stanford University's Arianna Gleason and colleagues blasted thin slivers of water, sandwiched between two diamond layers, with some extremely powerful lasers. "Recent discoveries of water-rich Neptune-like exoplanets require a more detailed understanding of the phase diagram of [water] at pressure–temperature conditions relevant to their planetary interiors," Gleason and colleagues explain in their paper, from January 2022 X-Ray diffraction revealed the hot, dense ice's crystal structure, and confirmed the ice crystals were in fact a new phase, distinct from the superionic ice that was observed in 2019. This newly discovered superionic ice, Ice XIX, has increased conductivity compared to its 2019 predecessor. The conductivity is important because it helps us understand why certain off-kilter magnetic fields are generated on planets such as Neptune and Uranus. You can read the paper, published in Scientific Reports here. 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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SALT LAKE CITY--(BUSINESS WIRE)--Jun 14, 2023--