Google is supercharging NotebookLM with significant AI improvements including a massive 1-million-token context window and 6x conversation memory. These upgrades transform how researchers interact with AI assistants.
Groundbreaking research reveals specific mesenchymal cells in the thymus that can regenerate T-cell production. This discovery could revolutionize treatments for immune deficiencies, aging-related decline, and transplant recovery.
Researchers from Trinity College Dublin are pioneering AI integration into mobile networks through a €2.5M project. This initiative could revolutionize how networks manage energy consumption while maintaining performance standards.
The Fortune Cyber 60 list reveals AI’s dual role in cybersecurity: both as the primary threat vector and the essential defense mechanism. With 75% of enterprises reporting AI security incidents, startups are innovating at unprecedented speed to counter AI-powered attacks while securing workplace AI
The chief investor for New York’s $302 billion pension system says AI valuations aren’t “euphoric” despite massive gains. But his warnings about private credit and diversification plans reveal deeper concerns.
OpenAI’s dramatic restructuring transforms its relationship with Microsoft, creating a $135 billion partnership with exclusive technology rights until 2032. The new public benefit corporation structure could pave the way for an IPO while maintaining the original mission. This marks one of the most s
YouTube is undergoing a major reorganization to position itself for the AI era. CEO Neal Mohan announced employee buyouts and three new product organizations in a memo to staff. The changes reflect YouTube’s strategic pivot toward artificial intelligence transformation.
Meta faces allegations it illegally downloaded adult content to train AI models. The company’s defense strategy could set crucial precedents for corporate liability and AI copyright law.
Researchers have successfully mapped the complete genome of Phage G, the largest cultivated bacteria-killing virus. This breakthrough, achieved through advanced AI analysis, could revolutionize how we combat drug-resistant infections.
A research team from Japan has developed a new framework called supramolecular robotics that enables soft materials to exhibit life-like behaviors. This breakthrough could transform drug delivery, environmental cleanup, and robotics. Here’s what makes this approach fundamentally different.
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