A black fungus from Chernobyl feeds on radiation.
Scientists discovered an extraordinary black fungusβa sporozoanβthriving 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 radiosynthesisβa 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 fungusβa sporozoanβthriving 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 radiosynthesisβa 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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π₯17β€1
OnePlus Pad Go 2 launched globally!
π° Starts at βΉ26,999/$399.99 for 8GB/128GB
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π° Starts at βΉ26,999/$399.99 for 8GB/128GB
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β€4π€‘1
BREAKING: China Completes First EUV Lithography Machine Prototype π¨π³
China has reportedly built its first prototype extreme ultraviolet (EUV) lithography machine β a critical semiconductor tool previously monopolized by Western companies like ASML.
Key points:
β’ The prototype was completed in early 2025 and is now undergoing tests at a high-security facility in Shenzhen.
β’ It successfully generates EUV light, the essential step for etching the tiniest chip features β but has not yet produced working chips.
β’ Development reportedly involved former ASML engineers and the reverse-engineering of older components to build the machine.
β’ China aims to have first prototype chips by 2028, though some experts say 2030 is more realistic.
β’ This is a notable step forward in Chinaβs efforts to reduce reliance on foreign semiconductor technologies.
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China has reportedly built its first prototype extreme ultraviolet (EUV) lithography machine β a critical semiconductor tool previously monopolized by Western companies like ASML.
Key points:
β’ The prototype was completed in early 2025 and is now undergoing tests at a high-security facility in Shenzhen.
β’ It successfully generates EUV light, the essential step for etching the tiniest chip features β but has not yet produced working chips.
β’ Development reportedly involved former ASML engineers and the reverse-engineering of older components to build the machine.
β’ China aims to have first prototype chips by 2028, though some experts say 2030 is more realistic.
β’ This is a notable step forward in Chinaβs efforts to reduce reliance on foreign semiconductor technologies.
ππ² @TechnologyBoxs
β€9π₯5
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
ππ² @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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π₯6π€―3β€1
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.
ππ² @TechnologyBoxs
β€7
Breaking: Find X9 Ultra will feature a new 1/1.28β³ 200MP 3Γ telephoto sensor paired with a large-aperture optical system, positioning it as the highest light-intake telephoto lens in its class. It will also include a native 50MP 10Γ (230mm) super-telephoto module, providing up to 20Γ (460mm) via in-sensor zoom (ISZ) directly from the native 10Γ lens.
This will be the first quad-camera smartphone configuration to integrate two 200MP sensors: LYTIA 901 (1/1.12β³, 200MP) and a second, newly introduced 1/1.28β³ 200MP sensor.
Potential candidates for the new 1/1.28β³ 200MP sensor include SmartSens SCC80XC and OmniVision OV52A / OV52B.
Source: DCS
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This will be the first quad-camera smartphone configuration to integrate two 200MP sensors: LYTIA 901 (1/1.12β³, 200MP) and a second, newly introduced 1/1.28β³ 200MP sensor.
Potential candidates for the new 1/1.28β³ 200MP sensor include SmartSens SCC80XC and OmniVision OV52A / OV52B.
Source: DCS
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β€5
Xiaomi 17 Ultra Debuts "Leica 200MP Optical Zoom" - Industry's first 75-100mm full 200MP optical output lens; Industry's first mobile phone lens to receive Leica APO optical certification; 3G+5P dual floating lens group. Xiaomi's most ingenious optical design to date is "optical zoom," not "digital cropping."
This marks a new starting point for next-generation telephoto solutions and mobile imaging optics. It all begins here.
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This marks a new starting point for next-generation telephoto solutions and mobile imaging optics. It all begins here.
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β€11
The all-new "Leica 200MP Optical Zoom" is another masterpiece of Xiaomi's Leica optical miniaturization, inheriting the same principles as camera zoom lenses.
It supports full 200MP optical output throughout the zoom range, allowing the Xiaomi 17 Ultra to boast four golden portrait focal lengths (75mm, 85mm, 90mm, 100mm) using true optics, giving portrait creation freedom.
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It supports full 200MP optical output throughout the zoom range, allowing the Xiaomi 17 Ultra to boast four golden portrait focal lengths (75mm, 85mm, 90mm, 100mm) using true optics, giving portrait creation freedom.
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β€4
Xiaomi 17 Ultra Four exquisite color options, each outstanding!
The new "Starry Green" features unique mineral particles, shimmering like the starry sky; the gentle "Cool Smoke Purple" is ethereal and elegant; the classic black and white are timeless and versatile, exuding a premium feel.
Which one appeals to you most?
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The new "Starry Green" features unique mineral particles, shimmering like the starry sky; the gentle "Cool Smoke Purple" is ethereal and elegant; the classic black and white are timeless and versatile, exuding a premium feel.
Which one appeals to you most?
ππ² @TechnologyBoxs
π7β€2