Sleek, stylish, yet functional, the 2.62 pound Lenovo Yoga Slim 9i (2025) is touted as the world’s first available CUD (camera-under-display) laptop enhanced with Visionary.ai image processing technology. This results in a razor-thin bezel that houses a brilliant 14-inch 4K 120Hz PureSight Pro OLED display with a 98% screen-to-body ratio.
The Apple AirPods Pro 2 are still the wireless earbuds to get for those who demand the best Active Noise Cancellation (ANC) and sound quality in one package, all for $169 shipped, originally $249. Adaptive Transparency leverages the H2 chip’s on-device processing to reduce loud environmental noise — like a passing vehicle siren – for more comfortable everyday listening. Product page.
This cosmic bouquet is more than meets the eye, as the image as you see it here was created using X-ray data from NASA’s Chandra X-ray Observatory (blue and green) with optical data from Hubble (yellow) and radio data from the Atacama Large Millimeter/submillimeter Array (orange).
It’s no Aston Martin Bulldog, but we’d gladly take a $4+ million Aston Martin Valkyrie Spider as a weekend vehicle. Top Gear presenter Chris Harris was fortunate enough to experience the latter recently, and for those wondering, yes, this is the same hypercar that entrepreneur Manny Khoshbin was supposed to take delivery of.
The Adobe Firefly Video model is now available to the public, and it most certainly rivals OpenAI’s Sora text-to-video generator. Filmmakers can use it to generate custom b-roll that exactly matches their vision, craft dynamic visual effects, or just for designing motion elements.
While we wait for Elon Musk to finish work on the Tesla drive-in theater / supercharger, one fan has 3D-printed a smartphone charger that looks just like a miniature Tesla Supercharger. It consists of several pieces including the front / rear panels that hold the charging cable in place.
It’s no strontium plasma lightsaber, but researchers from Spain, Finland and Canada have figured out a way to guide electric plasma in the air using ultrasonic fields. In other words, these sparks can be precisely directed to bend around obstacles, and even hit specific spots on a material, even if it isn’t conductive.
