Nvidia’s massive AI chip supply agreement with South Korea represents a strategic shift as US-China trade restrictions reshape global technology alliances. The deal will more than quadruple South Korea’s AI computing capacity, creating the world’s third-largest GPU cluster.
A new study reveals how AI is flooding scientific journals with synthetic letters. Researchers found a small group of authors suddenly producing massive volumes of content, threatening to drown legitimate scientific discourse.
Samsung’s early publication of November 2025 security patch details signals a strategic shift. The update addresses critical vulnerabilities affecting millions of devices, including widespread Exynos chip flaws.
Google is expanding Chrome’s autofill capabilities to include passport and driver’s license information. This comes as AI-powered browsers challenge Chrome’s dominance. The move represents a strategic defense of Google’s ecosystem.
OpenAI’s revenue has surged past $13 billion according to Sam Altman, with the company targeting $100 billion by 2027. The AI giant’s massive compute investments and potential trillion-dollar IPO signal a fundamental shift in enterprise technology spending.
The promise of fully autonomous AI coding is colliding with reality. New data shows coding agents deteriorate without human guidance, revealing why companies are creating new “agent developer” roles instead of replacing engineers.
After 25 years of groundbreaking research, ESA’s Cluster mission has officially ended. The four-satellite constellation revolutionized our understanding of solar storms and Earth’s protective magnetosphere, creating a scientific legacy that will endure for decades.
Global material production’s freshwater footprint has doubled since 1995, reaching 50.7 billion cubic meters annually. This hidden water crisis threatens to intensify competition for scarce resources in rapidly developing economies. The findings demand urgent industrial and policy responses.
Researchers have discovered a bacterial enzyme that produces ethylene without CO₂ emissions using ancient iron-sulfur clusters. This breakthrough could revolutionize plastic manufacturing, but significant engineering challenges remain before industrial application.
Researchers at Weill Cornell Medicine have developed a revolutionary gene-switch technology that uses the safe antiviral drug acyclovir to precisely control gene activity. This breakthrough could transform biomedical research and gene therapy development by eliminating toxic side effects common in e
