Biologie

Technology News

  • Nvidia CEO Huang: China Could Beat US in AI Due to Fast Infrastructure and Energy Growth
    December 7, 2025, 9:32 PM EST. Nvidia CEO Jensen Huang warned that while the United States remains ahead in AI-chip technology, China's rapid infrastructure growth and expanding energy capacity could tilt the race. Speaking at CSIS, Huang contrasted a three-year timeline to build a data center in the United States with China's ability to 'build a hospital in a weekend.' He noted China's larger energy base, arguing the edge matters even as Nvidia remains 'generations ahead' on chips. Huang cautioned against underestimating China's manufacturing and infrastructure prowess, even as United States and UK policy environments shape progress. The broader debate among tech leaders centers on how policy, energy constraints, and infrastructure will determine international leadership in artificial intelligence.
  • NVIDIA GTC 2026 Returns to San Jose in March to Unveil AI's Next Wave
    December 7, 2025, 9:30 PM EST. NVIDIA confirms GTC 2026 will run March 16-19, 2026 in San Jose with a livestreamed keynote by CEO Jensen Huang and a slate of AI announcements. Coming two months after CES, the event will spotlight the "next wave of AI innovation," from physical AI and AI factories to agentic AI and inference. NVIDIA also previewed its two-year AI roadmap, including Vera Rubin NVL144 for H2 2026 and Rubin Ultra NVL576 planned for 2027. The company has shown the Blackwell RTX Pro and the Blackwell Ultra GB300 with 288GB of HBM3e, enabling up to 1.1 exaFLOPS of FP4 compute. Workshops will cover accelerated AI infrastructure, sovereign AI, LLMs, and neural agents across data types.
  • Will Tesla Stock Pop or Drop in 2026? AI Push, Robotaxis, and Valuation Questions
    December 7, 2025, 9:26 PM EST. Tesla's 2025 run has been volatile: up about 9% through Dec. 3 but lagging the S&P 500's 16%. The company faces questions heading into 2026 as it leans into being an AI-focused business while its EV sales plateau. Controversies around Elon Musk and past ties to DOGE, plus the debate over a sky-high valuation (roughly a P/E around 300 with only modest GAAP profits) keep investors cautious. Third-quarter results showed revenue up 12% to $28.1B, but both GAAP and adjusted EPS fell sharply due to higher R&D and other costs tied to the Optimus robot and the expansion of its robotaxi network. Bulls point to AI upside; skeptics warn that 2026 could resemble 2025: big promises, little near-term growth.
  • Google Pixel Tablet Discounts Extend Post-Black Friday on 11-Inch Model
    December 7, 2025, 9:10 PM EST. Amazon still has post-Black Friday deals on the Google Pixel Tablet. The 11-inch model with 128GB is down to $315 (about 21% off), while the 256GB version sits at $408 after an 18% drop. The discounts are expected to end soon, so act quickly. The tablet pairs a sharp display with features like adaptive brightness, Split Screen multitasking, and a camera that can follow you for video calls. With 8GB RAM and 128GB storage, it feels responsive for everyday apps and media. Google AI powers search via Gemini, Magic Editor, and other tools, plus Quick Share, Chromecast, and Google Home for smart-home control. A solid all-around option for entertainment and productivity on the go.
  • Osaka University Demonstrates Cloud-Connected Ion Trap Qubit with Automated Remote Operation
    December 7, 2025, 8:22 PM EST. A Osaka University research group at the Center for Quantum Information and Quantum Biology, led by Koichiro Miyanishi and Kenji Toyoda, demonstrated cloud-connected remote operation of an ion-trap quantum computer. For the first time in Japan, an ¹⁷¹Yb⁺ linear Paul trap, its control system, and the cloud software work together to execute a single-qubit gate remotely. The system uses automation such as automatic ion loading, laser-position correction, and continuous status monitoring, enabling sustained 24/7 operation without direct human interaction. The open-source platform OQTOPUS enables the cloud connection. The team achieved 94% fidelity for state preparation/readout and successful Raman-transition manipulation. This work lays groundwork for remote access to ion-trap qubits for research and education, with future plans for two-qubit gates and multi-ion systems.