Helix Archives - usatoday24

its new Project Helix is a direct torpedo to Valve’s Steam Machine

March 6, 2026 by usatoday24

Microsoft has revealed the code name of its next-generation console, a hybrid system between console and PC that will be able to run games from both ecosystems. Project Helix arrives at a turbulent time for the industry: global RAM memory crisis, Valve fighting to launch its own Steam Machine and PlayStation rethinking its presence on PC. Helix Project. Asha Sharma, new CEO of Xboxhas announced that the next Microsoft console receives the internal name of Project Helix. Sharma assured that the device will be a leader in performance and will allow you to play both Xbox and PC titles, thus confirming the rumors that have been circulating for months about hardware that blurs the line between both platforms. The next Game Developers Conference, between March 9 and 13, will be the scene of the first conversations with partners and developers. What does it have? Beyond Sharma’s statements we can scratch some more information: the heart of the system is a semi-custom SoC from AMD whose internal code name is Magnus. According to AMD CEO Lisa Su, during the presentation of fourth quarter results As of 2025, development of the chip is progressing well to support a 2027 launch. Leaks point to a combination of Zen 6 CPU cores and an RDNA 5-based GPU, with up to 48GB of GDDR7 memory. These are specifications that, if the estimates so far are correct, would exceed those of the future. PlayStation 6. How it works. The device will essentially function as a gaming PC whose main interface will be the Xbox Full Screen Experience, already released on the ASUS Xbox Ally laptop. From this interface, designed to replicate the simplicity of a console, the user can choose to jump to the Windows 11 desktop and install Steam, Epic Games Store, GOG, Battle.net or any other software from the Microsoft ecosystem. PCs of a lifetime. That Xbox is a PC at its core is not a new idea. The original 2001 console already had an Intel Pentium III and an Nvidia GPU, a configuration much closer to the computer world than to the proprietary chip that defined Sony or Nintendo consoles at that time. All subsequent generations have maintained the x86 architecture, and both Xbox One as Xbox Series X They use AMD SoC with architecture shared with Ryzen and Radeon. What changes with Helix is the software layer: where before the operating system was a closed environment, now there is a complete Windows under the shell. Listen, Valve. The comparison with this console that immediately comes to mind is Valve’s Steam Machine, announced in November as a compact desktop PC powered by SteamOS, the Linux-based operating system that already powers the Steam Deck. Valve works in the opposite direction than Helix: part of the Steam catalog, it works on Linux and offers the possibility of installing Windows as a secondary option. The destiny of both machines is the same: to dynamite the boundaries between console and desktop PC. Valve suffers. The Steam Machine is going through its own ordeals. Valve announced in February a delay in its release schedule (originally, first quarter of the year) and the need to review the price, citing the global shortage of memory and storage as the cause. The analysts They project a price of between $400 and $500 as the optimal range, although the most recent estimates raise the range above $750, a territory that distances it from direct competition with Sony and Microsoft consoles. Valve, which has ruled out selling hardware at a loss, is at the mercy of the components market. The memory crisis Due to the demands of the AIs, it is the great backdrop of this battle. Samsung, SK Hynix and Micron have turned their production lines towards high-margin HBM memory consumed by artificial intelligence data centers, leaving DRAM and NAND Flash destined for the consumer market in the background. The consequences are already being felt: manufacturers such as Lenovo, Dell, HP and ASUS have warned of increases of between 15% and 20% in the price of their equipment for this year. Exclusive worlds. The franchises that for decades defined Xbox’s identity have begun to come to PlayStation, a decision that Sharma herself has acknowledged wanting to review. Meanwhile, Sony abandons publishing games on PCwith the intention of reinforcing the attractiveness of its exclusives. But Xbox is betting on the opposite. It seems clear that Sharma (who has no experience in the video game industry) does not conceive Helix as a traditional console, but as a platform whose success will depend on alliances with digital stores and the integration of services such as Game Pass. In Xataka | There is brutal competition for our attention. And there is someone losing that battle in a bloody way: the consoles

NASA has just shared some impressive images of the Helix Nebula like we have never seen it before.

January 25, 2026 by usatoday24

If there were a nebula popularity contest, that of the Propeller It would be at the top: it is one of the brightest and closest to Earth, located about 650 light years from the Solar System, in the constellation of Aquarius. However, the fact that it was discovered more than two centuries ago and its resemblance to the “Eye of Sauron” have made it one of the most photographed in history. Over the years the Hubble space telescope has captured some of the most iconic images of the Helix Nebula, like the one you can see just below these lines, but the new images that NASA has just published of the James Webb They are simply on another level. If you like astronomy and want to renew your desktop background, here are some great candidates. One of the most iconic images of the Helix Nebula, made by Hubble. POT The reason is not so much because of the nebula itself, it is that the difference in sensitivity and sharpness is abysmal compared to the veteran Hubble and the retired Spitzer, as you can see in this video. The key is the size of their “eye” (the mirror) and the type of light they detect. Thus, while Hubble observes mainly in the visible and ultraviolet, with a 2.4-meter mirror, Spitzer was a pioneer of the infrared with a much smaller mirror, 0.85 meters, which limited its resolution. The James Webb combines the best of both approaches: with a 6.5-meter mirror and extraordinary infrared sensitivity, it achieves unprecedented resolution in that range of the spectrum and is capable of passing through interstellar dust. In image quality it plays in another league. The Webb Space Telescope photographs the Helix Nebula in spectacular detail The correct term to refer to this nebula is “planetary nebula”, which does not clarify very well what we have in front of us: they are not formed from planets, but from stars like the Sun. When their life is running out, these stars emit large amounts of gas in an envelope that expands in a grandiose but “brief” phenomenon (in cosmo, not terrestrial units). It is, in a nutshell, like glimpse the possible final destiny of the Sun and our planetary system. This new image highlights comet-like knots, strong stellar winds, and layers of gas released by a dying star as it interacts with its environment. Image: NASA, ESA, CSA, STScI; Image processing: Alyssa Pagan (STScI) The image obtained with Webb’s NIRCam (Near Infrared Camera) that you see just above shows a kind of pillars that look like comets with elongated tails, tracing the circumference of the internal region of an expanding gas envelope, explains NASA. The image shows “scorching winds of hot, fast-moving gas from the dying star colliding with slower, cooler layers of dust and gas ejected earlier in its life, sculpting the nebula’s extraordinary structure.” Webb’s near-infrared vision highlights these knots against the ethereal image from NASA’s Hubble Space Telescope, and thanks to the higher resolution, the focus is much sharper than ever. Additionally, this infrared vision makes it possible to clearly visualize the transition between the hotter and colder gas as the envelope expands. The Helix Nebula from the Visible and Infrared Telescope for Astronomy located on Earth (left) in front of Webb’s field of view (right). Image: ESO, VISTA, NASA, ESA, CSA, STScI, J. Emerson (ESO); Acknowledgment: CASU Outside the Webb’s frame, you can see the white dwarf in the center of the nebula (its nucleus), which emits very strong radiation. This energy works like a kind of flashlight that illuminates the surrounding gas in different chromatic layers depending on the temperature: the blue area is the closest and hottest, the coldest is red at the edge, where the gas mixes with dust. In the middle, the intermediate area in yellow, where atoms begin to join together to form molecules. The most striking thing on a technical level is that to date, Spitzer images only hinted at the formation of these molecules, but the resolution of the Webb allows us to see precisely those dark and protected “pockets” between the bright orange and red tones: it is where complex molecules are being manufactured. This interaction is essential insofar as it constitutes the raw material from which some day new planets could form in other star systems. In Xataka | NASA has published 96 fantastic posters of the universe that you can download for free in HD In Xataka | The first images from NASA’s new satellite offer us a completely different view of the oceans Images | POT

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