A week after releasing visionOS 2.2 beta 2 to developers, Apple has now seeded its third testing version. Unlike the tame visionOS 2.1 update, this new build brings a long-awaited feature: wider Mac Virtual Display options. Mac Virtual Display is one of the OG features of Apple Vision Pro. However, with new wide and ultrawide modes, the spatial computer offers a more immersive experience. Here’s what this feature is all about: Using Mac Virtual Display is like having an expandable, ultrawide screen that wraps around you. It’s the equivalent of having two 4K displays sitting side by side — everything looks astoundingly sharp and incredibly detailed. Now, with an ultrawide view, Apple says it feels like you have two physical 4K displays sitting side by side on a desk, except you don’t have something limiting the two displays. This Apple Vision Pro feature is perfect for anyone multitasking on a Mac, and it feels better than having several windows floating around. With this feature, you can open several apps at once and visualize them before you with Vision Pro’s incredible displays. Not only will this boost productivity, but it will also make this spatial computer a more compelling upgrade than two Studio Displays, as you can use it for more than just mirroring your Mac once you finish working. Apple is expected to expand Mac Visual Display in early December when visionOS 2.2 is expected to be released to all users. While rumors about a new Vision Pro are contradictory, the latest reports expect Apple to update this product next year with a more capable processor, most likely the M5. However, a revamped interaction is still a few years away. Alongside visionOS 2.2 beta 3, Apple has seeded the third testing versions of watchOS 11.2 and tvOS 18.2. Below, you can learn more about visionOS and other Vision Pro features. Don't Miss: visionOS: Features, 2.0, release date, Apple Vision Pro, more The post visionOS 2.2 beta 3 now available to Apple Vision Pro users appeared first on BGR. Today's Top Deals Best Black Friday home security deals of 2024 Best Fire TV Stick deals for November 2024 Today’s deals: $169 AirPods Pro 2, $898 Hisense 75-inch TV, $68 Furbuster, $649 Google Pixel 9, more Best Apple Watch deals for November 2024

Remember when Samsung invited Google and Qualcomm to announce the "next XR experience"? I know I do because it happened in early February 2023, during the Galaxy S23 event. At the time, the web was filled with rumors about Apple's mixed reality device, which would launch as the Vision Pro. Apple's spatial computer dropped a few months after that teaser from Samsung, Google, and Qualcomm. It was immediately clear that the Vision Pro was so sophisticated that Samsung couldn't possibly launch a rival anytime soon.  Nearly two years later, that Samsung XR headset still doesn't exist. But Samsung has been teasing it again recently, saying the device should be unveiled at some point next year. While Samsung never detailed the specs and features of the XR device, a new leak may give us an idea of what Samsung is working on. Unsurprisingly, Samsung isn't building a Vision Pro rival. Instead, it's doing something that might be more useful to most people. The first Samsung XR device will apparently be a pair of glasses with Gemini AI at the core. And it turns out that we might have seen it already during Google's Project Astra demo at I/O 2024. Continue reading... The post Samsung is developing Gemini AI-powered XR glasses, and we might’ve already seen them appeared first on BGR. Today's Top Deals Awesome new T-Mobile promo gets you 4 new iPhone 16 and 4 lines for $25/line Today’s deals: $270 Nintendo Switch OLED, $20 waterproof Bluetooth speaker, 20% off Peloton Bike+, more Best Black Friday home security deals of 2024 Today’s deals: $169 AirPods Pro 2, $898 Hisense 75-inch TV, $68 Furbuster, $649 Google Pixel 9, more

Everyone has a past. That includes the millions of species of insects, arachnids, and nematode worms that make up a major animal group called the Ecdysozoa.

The pterosaurs are extinct flying reptiles that lived alongside their close relatives, the dinosaurs. The largest of these reached 10 m in wingspan, but early forms were generally limited to around 2 m. In a paper, a team led by paleontologist Dr. David Hone of Queen Mary University of London and published in the journal Current Biology describes a new species of pterosaur that helps to explain this important transition.

In a study, led by the University of Oxford's Department of Physics and published 18 November in Nature, an international group of authors who developed the science behind net zero demonstrate that relying on 'natural carbon sinks' like forests and oceans to offset ongoing CO2 emissions from fossil fuel use will not actually stop global warming.

From repairing deadly brain bleeds to tackling tumors with precise chemotherapy, micro/nano-robots (MNRs) are a promising, up-and-coming tool that have the power to substantially advance health care. However, this tool still has difficulty navigating within the human body—a limitation that has prevented it from entering clinical trials.

Early development of an embryo is solely supported by maternally deposited RNAs and proteins until its own genome is activated through a process called zygotic genome activation (ZGA). Recent work by Chinese scientists has revealed a novel molecular mechanism of how a totipotent chromatin is established and an orderly zygotic genome activation is controlled in early Drosophila embryos.

A team of neurologists, bioengineers and radiologists has found that two neurons in the human brain that code for dopamine production have to work harder than similar cells in primate relatives. The group has posted a paper describing their work on the bioRxiv preprint server.

A new study reveals alarming risks that pesticides pose to ground-nesting bees, which are crucial for pollination and food production. As agriculture increasingly relies on pesticides to protect crops, the unintended consequences for these essential pollinators are becoming clearer.

Cooling atomic gases to the quantum regime often involves time-consuming steps. Electromagnetically induced transparency now achieves quantum degeneracy with high efficiency.