Kawasaki says its unusual four‑legged off‑road mobility concept called Corleo is heading toward commercial production. Corleo isn’t a typical bike. It’s a rideable robotic vehicle with four independently powered legs and a hydrogen‑powered generator. Kawasaki plans to have it operating by Expo 2030 in Riyadh, and aims for series production by 2035. The idea is to offer a new form of all‑terrain personal transport that combines motorcycle‑like agility with robotics.
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There will be no notch on the iPhone 18 Pro.
• Dynamic Island will be removed, and the camera will be moved to the top-left corner, according to insiders. At the same time, Face ID will be located under the screen.
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• Dynamic Island will be removed, and the camera will be moved to the top-left corner, according to insiders. At the same time, Face ID will be located under the screen.
🌐📲 @TechnologyBoxs
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A black fungus from Chernobyl feeds on radiation.
Scientists discovered an extraordinary black fungus—a sporozoan—thriving in one of Earth's most toxic environments in the radioactive ruins of the Chernobyl 4 reactor.
This fungus doesn't just tolerate radiation; it appears to utilize it through radiosynthesis—a process similar to photosynthesis but driven by gamma rays, converting it into chemical energy. It is one of the few organisms capable of this feat.
On Earth, researchers are exploring its applications in bioremediation to remove radioactive areas that are too hazardous to humans, potentially transforming recovery efforts from nuclear disasters. As one scientist put it, "It's like nature has created a biological radiation shield." From the ruins of Chernobyl to space, this unassuming fungus may help humans thrive in the harshest environments of the universe.
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Scientists discovered an extraordinary black fungus—a sporozoan—thriving in one of Earth's most toxic environments in the radioactive ruins of the Chernobyl 4 reactor.
This fungus doesn't just tolerate radiation; it appears to utilize it through radiosynthesis—a process similar to photosynthesis but driven by gamma rays, converting it into chemical energy. It is one of the few organisms capable of this feat.
On Earth, researchers are exploring its applications in bioremediation to remove radioactive areas that are too hazardous to humans, potentially transforming recovery efforts from nuclear disasters. As one scientist put it, "It's like nature has created a biological radiation shield." From the ruins of Chernobyl to space, this unassuming fungus may help humans thrive in the harshest environments of the universe.
🌐📲 @TechnologyBoxs
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BREAKING: China Completes First EUV Lithography Machine Prototype 🇨🇳
China has reportedly built its first prototype extreme ultraviolet (EUV) lithography machine — a critical semiconductor tool previously monopolized by Western companies like ASML.
Key points:
• The prototype was completed in early 2025 and is now undergoing tests at a high-security facility in Shenzhen.
• It successfully generates EUV light, the essential step for etching the tiniest chip features — but has not yet produced working chips.
• Development reportedly involved former ASML engineers and the reverse-engineering of older components to build the machine.
• China aims to have first prototype chips by 2028, though some experts say 2030 is more realistic.
• This is a notable step forward in China’s efforts to reduce reliance on foreign semiconductor technologies.
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China has reportedly built its first prototype extreme ultraviolet (EUV) lithography machine — a critical semiconductor tool previously monopolized by Western companies like ASML.
Key points:
• The prototype was completed in early 2025 and is now undergoing tests at a high-security facility in Shenzhen.
• It successfully generates EUV light, the essential step for etching the tiniest chip features — but has not yet produced working chips.
• Development reportedly involved former ASML engineers and the reverse-engineering of older components to build the machine.
• China aims to have first prototype chips by 2028, though some experts say 2030 is more realistic.
• This is a notable step forward in China’s efforts to reduce reliance on foreign semiconductor technologies.
🌐📲 @TechnologyBoxs
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Xiaomi 17 Ultra is officially announced to be released next week!
- For the first time Xiaomi Leica created a "Co-Joint" Model
- First Leica certified APO Telephoto
- Revolutionary Night Photography and Telephoto Experience
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- For the first time Xiaomi Leica created a "Co-Joint" Model
- First Leica certified APO Telephoto
- Revolutionary Night Photography and Telephoto Experience
🌐📲 @TechnologyBoxs
The Exynos 2600 finally abandoned the low-quality small cores, and from then on, small cores disappeared from flagship chips.
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The all-new Xiaomi 17 Ultra features Xiaomi's most stunning Ultra phone
in a new "Starry Green" color, incorporating mineral particles for a dazzling, starry-sky-like finish.
It boasts meticulous details, segmented volume buttons,
a comfortable, wraparound frame, a miniaturized camera
module for a sleek, unobstructed grip, and a large-angle 2D flat screen.
Its 8.29mm slim body
makes it a professional yet elegant imaging flagship, Xiaomi's thinnest Ultra to date.
Launching on December 25th at 19:00.
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in a new "Starry Green" color, incorporating mineral particles for a dazzling, starry-sky-like finish.
It boasts meticulous details, segmented volume buttons,
a comfortable, wraparound frame, a miniaturized camera
module for a sleek, unobstructed grip, and a large-angle 2D flat screen.
Its 8.29mm slim body
makes it a professional yet elegant imaging flagship, Xiaomi's thinnest Ultra to date.
Launching on December 25th at 19:00.
🌐📲 @TechnologyBoxs
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