A breakthrough in neuromorphic computing could dramatically shrink chip size and cut energy use by several orders of magnitude. Researchers have created artificial neurons that physically replicate the brain’s electrochemical processes rather than just simulating them.
Researchers have found that dormant “junk” DNA can be weaponized to fight stubborn blood cancers. This discovery opens new treatment pathways using existing drugs against previously untargetable mutations.
Zorin OS 18 delivers a remarkably polished Linux experience that Windows users will find familiar. But can it overcome the power management issues and application gaps that still challenge Linux desktop adoption?
A Washington startup is betting that space’s natural vacuum could solve semiconductor manufacturing’s biggest challenges. Their SpaceX partnership marks a radical shift in how we might produce advanced chips for AI and quantum computing.
Microsoft’s latest Windows 11 updates reveal a troubling pattern of rushed releases and quality control issues. The redesigned Start menu and AI features come alongside serious bugs that undermine user confidence in Microsoft’s development priorities.
OpenAI’s staggering $11.5 billion quarterly loss reveals the astronomical costs of training and running advanced AI models. With revenue projections dwarfed by expenses, the AI industry faces fundamental questions about its economic viability.
A Carnegie Mellon professor now holds unprecedented authority over AI safety at OpenAI. His committee can stop dangerous AI releases, but can he balance innovation with existential risks?
Google’s NotebookLM generates brilliant insights but fails at long-term knowledge management. An open-source solution reveals the fundamental gap in today’s AI tools and how users are patching the holes themselves.
Samsung has begun rolling out Android 16-based One UI 8 to its Galaxy A06 and A07 devices in Southeast Asia. The update represents a significant software commitment to budget devices, though security patch timing reveals interesting prioritization decisions.
New research shows that as AI models become more advanced, they become dramatically less cooperative. This selfish behavior could undermine trust in AI systems used for mediation, counseling, and daily decision-making.
