Meta’s latest game to get you into VR is a cheap VR headset that’s nearly as capable as the $500 Quest 3. It brings some but not all of the top features of more expensive headsets. Compared to Quest 2, it has a more capable processor, better hand tracking and controller and lets you dip your toes into mixed reality.
Costs are kept down: There are lower-resolution screens and cheaper Fresnel lenses, but Meta has wisely chosen the right specs to ensure the Quest 3S feels as powerful as the more expensive option. You get the same subtle, comfortable controls and camera array to track your location.
You can also use the 3S to play Xbox titles and even connect to your PC for VR games like Half Life: Alyx. The Quest 3S starts at $300 for 128GB of storage. If you are interested, check out our.
— Matt Smith
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It offers many capabilities of the X-T50.
The $799 X-M5 is for photographers on a budget or vloggers stepping up from a smartphone. Fujifilm cut a few features, like the viewfinder (EVF), to get to that price point, but it has the company’s latest 26-megapixel X-Trans 4 CMOS sensor. There are also useful features for vlogging, such as portrait enhancement, background defocus and product priority, as we’ve seen on Sony’s vlogging Z-series cameras. Pre-sale for $799.
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The company agreed to buy power from 7 small nuclear plants.
Google said it will partner with Kairos Power to start building seven small reactors in the US. The agreement aims to develop 500 megawatts of nuclear power from small reactors (SMRs) by the end of this decade. The first is expected to be operational again in 2030, and the rest in 2035. It is the first ever commercial agreement to buy nuclear power from SMRs. Small modular reactors are smaller than existing reactors. Their parts are built in-house in a factory instead of on-site, which can help reduce construction costs. It’s not a dead certainty: Kairos will need the US Nuclear Regulatory Commission to approve the plans.
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It is a major milestone in making the Starship and Super Heavy rocket a fully reusable system.
SpaceX’s Super Heavy booster successfully returned to the pad after liftoff, held by the launch tower’s mechanical arms. It’s incredible – it should be. The milestone occurred during the company’s fifth Starship flight and is a major step in the rocket’s planned reusability goals. When the Falcon 9 used to land on a drone ship at sea, the Super Heavy returned to its launch pad and had to fit into a narrow space between the tower’s extended “sticks”. Just watch it!
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