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After nearly two years and $69 billion, Microsoft’s purchase of Activision Blizzard is finally complete. The Xbox maker and the game developer are joining together in the biggest purchase in gaming history. It is a vast business undertaking that will define the future of the two companies and the gaming industry more broadly. But what will it actually mean for the gamers who use Microsoft’s platforms and play Activision’s games – as well as those that don’t? What happened in the deal? Microsoft first announced that it wanted to buy Activision Blizzard in January last year. Microsoft makes the Xbox and Activision Blizzard makes many of the worlds biggest games – it is often associated with Call of Duty, but also makes World Of Warcraft, Overwatch and mobile giant Candy Crush, and more. In the time since, the deal has been hit by opposition from rivals, primarily PlayStation maker Sony, and has been undergoing scrutiny from regulators, who worried that it would give Microsoft too much power in the gaming market, and harm players as a result. Regulators across the world expressed those reservations, and in some cases required Microsoft to make changes to the deal. Chief among those changes were Microsoft’s decision to give French gaming company Ubisoft the rights to distribute Activision games in the cloud. This was a response to concerns from the UK’s Competition and Markets Authority, which expressed concern specifically that the deal would give Microsoft too much power over cloud gaming. But there were a host of less dramatic and expensive commitments. That included signing deals with other companies such as Sony and Nintendo to commit to keep Call of Duty games on their platforms. What will it mean for Xbox players? At least initially, the biggest consequences of the deal are likely to be for Xbox’s Game Pass, the subscription platform that allows players to download and play games in return for a monthly fee. More Activision games are expected to come to that platform as a result of the acquisition. But even that won’t happen straight away, at least with all games. Activision said in a statement this week – before the deal closed – that its big titles won’t be coming to Game Pass this year, and has not made any commitments about which games will do so or when. “While we do not have plans to put Modern Warfare III or Diablo IV into Game Pass this year, once the deal closes, we expect to start working with Xbox to bring our titles to more players around the world,” Activision wrote in a tweet. “And we anticipate that we would begin adding games into Game Pass sometime in the course of next year.” What will it mean for gamers on other platforms? Much of the discussion with regulators has been about this question. And many of the concessions that Microsoft gave over the deal were done with the aim of ensuring that the answer is: not that much, at least at first. Xbox has committed to keep making its games available on other platforms such as PlayStation and Nintendo Switch, as well as on cloud platforms. And Xbox chief Phil Spencer echoed that commitment in the announcement that the deal was completed. “Whether you play on Xbox, PlayStation, Nintendo, PC or mobile, you are welcome here - and will remain welcome, even if Xbox isn’t where you play your favourite franchise. Because when everyone plays, we all win,” he wrote. But the bigger question might be about new games, especially those that come out after the initial commitments are over. Microsoft has committed to keep Call of Duty on rival platforms for 10 years, for instance – but things could change in the years after that, and with other, new games. When Microsoft bought another game developer Bethesda in 2020, for instance, there were questions over what it would mean for players on other platforms, and whether its games would be exclusive to Microsoft. Its most recent game Starcraft was available only on the Xbox and PC, and the upcoming Elder Scrolls VI is likely to be the same. Read More Nasa launches Psyche mission to study an ancient metal asteroid Microsoft buys Call of Duty developer in biggest deal in gaming history Microsoft gets go-ahead to buy Call of Duty maker Activision Nasa launches Psyche mission to study an ancient metal asteroid Microsoft buys Call of Duty developer in biggest deal in gaming history Microsoft gets go-ahead to buy Call of Duty maker Activision

SAN FRANCISCO--(BUSINESS WIRE)--May 23, 2023--

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Scientists have finally found a “demon” subatomic particle that was predicted to exist nearly seven decades ago and speculated to play an important role in the behaviours of a range of metals and alloys, including superconductors. Physcist David Pines in 1956 theorised that electrons, which normally have a mass and negative electric charge, can under some conditions combine to form a composite “demon” particle that is massless, neutral and does not interact with light. These theorised interesting properties, however, made these particles elude detection – until now. After a nearly 70-year search for these subatomic entities, researchers, including those from the University of Illinois Urbana-Champaign, have finally found signatures of Dr Pines’ “demon” particles in the metal strontium ruthenate. “Demons have been theoretically conjectured for a long time, but experimentalists never studied them. In fact, we weren’t even looking for it. But it turned out we were doing exactly the right thing, and we found it,” study co-author Peter Abbamonte said. Electrons – which are distributed in different energy bands within atoms – are known to lose their individuality in solids with electric interactions making the particles combine to form collective units. With some threshold energy, studies have also shown electrons can form composite particles called plasmons with a new charge and mass. However, the mass is so large that these plasmon particles cannot form with the kind of energies available at room temperature. Revelations on room-temperature semiconductors are considered to be one of the “holy grails” of physics. But Dr Pines theorised that if a solid has electrons in more than one energy band, as many metals do, their respective plasmons may combine in an out-of-phase pattern to form a new plasmon that is massless and neutral – a demon. Since these special particles are massless, he argued they can form with any energy and may exist at all temperatures – leading to speculation that the demons have important effects on the behaviour of some metals with multiple energy bands. “The vast majority of experiments are done with light and measure optical properties, but being electrically neutral means that demons don’t interact with light,” Dr Abbamonte explained. So a completely new experiment was needed to detect them. In the research, scientists were studying the compound strontium ruthenate as it is similar to high-temperature superconductors – a special kind of material where electrical resistance vanishes. For a survey of the metal’s electronic properties, they synthesised high-quality samples of the metal. They then applied a technique to study the metal that uses energy from electrons shot into the metal to directly observe the metal’s features, including plasmons that form. During their observation of the electron interactions, scientists found something unusual – an electronic mode with no mass. “At first, we had no idea what it was. Demons are not in the mainstream. The possibility came up early on, and we basically laughed it off. But, as we started ruling things out, we started to suspect that we had really found the demon,” Ali Husain, another author of the study, said. Researchers then sought to calculate how electrons are distributed across bands inside strontium ruthenate. Predictions by Dr Pines indicate there are specific conditions when “demons” are likely to form, and it remained unknown whether strontium ruthenate would have the particle. “We had to perform a microscopic calculation to clarify what was going on. When we did this, we found a particle consisting of two electron bands oscillating out-of-phase with nearly equal magnitude, just like Pines described,” found Edwin Huang, another author of the study. “Our study confirms a 67-year-old prediction and indicates that demons may be a pervasive feature of multiband metals,” scientists wrote in the study. Read More Superconductor breakthrough could represent ‘biggest physics discovery of a lifetime’ – but scientists urge caution LK-99: Excitement rises over possibly revolutionary ‘miracle material’ – but there is still no good reason to believe it exists Superconductivity: The technology that could change everything if we just knew how it worked ‘Vampire child’ with padlocked ankle unearthed in Polish ‘necropolis’ Two new kinds of mole discovered in mountains of Turkey Scientific discovery casts doubt on our understanding of human evolution

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