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10 Bits: The Data News Hotlist

This week's list of top data news highlights from December 13, 2025 to December 19, 2025, includes advances in longer-lasting qubits and deep-learning models that predict how cells change shape. 1. Predicting Cell Behavior During Early Development Researchers at MIT have developed a deep-lear

This is an article and here we can see planets, a machine and some text.
This is an article and here we can see planets, a machine and some text.

10 Bits: The Data News Hotlist

New AI advancements are transforming fields from transportation to quantum computing. Researchers and companies have unveiled systems that improve safety, precision, and efficiency across different industries. These innovations range from real-time monitoring of vehicles to breakthroughs in robotics and space science.

In transportation, Utah’s Department of Transportation introduced an AI-powered system to detect tire issues on trucks. The in-road monitoring technology scans for potential failures as vehicles pass, aiming to prevent accidents caused by tire malfunctions.

At the University of Hawaiʻi, scientists developed an AI tool for 3D mapping of the Sun’s magnetic field. The system improves accuracy in tracking solar activity, which could enhance space weather forecasting. Meanwhile, Sandia National Laboratories created a computational model predicting how materials behave under hypersonic flight conditions. This research supports the development of faster, more durable aircraft. In robotics, researchers from the University of California, Berkeley, Stanford, and other institutions built Mobile ALOHA, an AI-controlled robotic system. Published in *IEEE Transactions on Robotics*, the 2024 study shows the robot assembling complex objects like chairs and cabinets using only text instructions. A similar AI-driven system was also developed by MIT and partner institutions, expanding possibilities for automated manufacturing. Meta’s latest smart glasses now feature an AI-powered audio mode. The function isolates and amplifies the voice of the person being spoken to, even in noisy environments. Elsewhere, Princeton engineers designed a superconducting qubit that retains quantum information up to 15 times longer than current processors, a major step for quantum computing. MIT researchers also made progress in biology with a deep-learning model that predicts cell behaviour in early fruit fly development. The model achieves 90% accuracy, offering insights into developmental processes. Another AI innovation comes from Peripheral Labs, which uses computer vision to turn live sports footage into interactive 3D replays. In consumer technology, IKEA launched a new range of smart home products. Built on Matter, the shared standard for interoperability, the line ensures compatibility across different brands and devices.

These developments highlight AI’s growing role in solving real-world challenges. From safer roads to advanced manufacturing and deeper scientific understanding, the technology is being applied in diverse ways. Companies and institutions continue to push boundaries, turning research into practical tools for industry and consumers.

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