Science

Samsung's advanced HBM4 memory chips designed for AI accelerators.

Samsung to Launch World’s First HBM4 Mass Production Next Week for NVIDIA’s Next-Gen AI Chips

Samsung will start mass-producing the world’s first HBM4 memory next week for NVIDIA’s Vera Rubin AI GPUs. This 6th-generation high-bandwidth memory, shipping after Lunar New Year, marks a key breakthrough for AI hardware, solving critical data bottleneck issues and setting a new performance standard for the next wave of generative artificial intelligence.

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ETH Zurich Study Reveals Why Earth’s Chemical “Goldilocks Zone” Is So Rare in the Universe

ETH Zurich scientists found a planet’s fate for life is set during its fiery birth. Their models reveal a narrow chemical “Goldilocks zone” for oxygen that allows phosphorus and nitrogen—essential for DNA and proteins—to be retained. Earth was uniquely lucky; most planets, like Mars, form outside this zone. This dramatically refines where we should search for life in the universe.

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Egypt’s Arab Organization for Industrialization Unveils 1,800km Hamza-3 Suicide Drone at World Defense Show 2026

Egypt’s Arab Organization for Industrialization (AOI) unveiled its Hamza-3 suicide drone with a 1,800 km range and swarming capabilities in Riyadh. Alongside the Sakr 105 rocket launcher and Haris-2 jammer, the systems highlight a push for localized production, though key components are still imported from China, mirroring a broader Arab drive for defense self-sufficiency.

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China’s Nuclear Posture Under Scrutiny as US-Russia New START Treaty Collapses

As the US-Russia New START treaty ends, the CTBTO has denied U.S. claims of secret Chinese nuclear tests. Focus shifts to China’s ~600-warhead arsenal, growing by ~100 annually. Beijing rejects trilateral arms talks, citing its smaller stockpile versus America’s 5,000+, framing its build-up as essential “strategic deterrence” amidst a collapsing global arms control framework.

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University of Science and Technology of China Achieves 100km Device-Independent Quantum Encryption Using Single Atoms

Physicist Pan Jianwei and his USTC team have extended device-independent quantum encryption to 100km, a 40x distance record. Using just two entangled rubidium atoms, their system generates secrets secure even if the hardware is compromised. This leap closes a critical gap toward hack-proof quantum networks, even as current speeds remain far slower than conventional internet.

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3D visualization of the Westlake University super antibody neutralizing the SFTS virus.

Westlake University’s ‘Super Antibody’ ZS1C5 Targets Deadly SFTS Virus with 100% Survival in Animal Trials

Scientists at Westlake University have engineered a “super antibody” that achieved 100% survival in mice exposed to a deadly tick-borne virus. The therapy, called ZS1C5, slashed viral loads in monkeys by 90% in 24 hours, offering the first hope for a targeted treatment against SFTS—a disease with a 30% fatality rate and no current cure.

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