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Breakthrough Shows Quantum Computers Can Work Even With Imperfect Links
A groundbreaking discovery shows quantum computers can operate reliably despite imperfect connections between their modules. This breakthrough in modular quantum computing technology enables scalable systems using smaller interconnected quantum chips. With near-perfect qubit transfer success, it addresses key challenges in building practical quantum machines. This development brings us closer to unlocking quantum computing's vast potential for solving complex problems in fields like pharmaceuticals, finance, and artificial intelligence.
AI-Powered Robots Can Now Take Apart Your Smartphone Piece By Piece
AI-powered robots are revolutionizing smartphone recycling by disassembling devices piece by piece with precision and speed. This breakthrough improves material recovery, reduces e-waste, and helps create a sustainable circular economy. From Apple's Daisy robot to advanced AI systems at research institutions, these innovations represent the future of responsible electronic waste management.
Meta AI Edges Toward Superintelligence: A New Era of Personal Empowerment
Meta is advancing toward artificial superintelligence, with Mark Zuckerberg envisioning AI that personally empowers individuals while keeping the most advanced systems under tight control for safety. This in-depth article explores Meta’s new AI labs, infrastructure investment, and the future of personal superintelligence, giving clear insights for both professionals and everyday readers.
Google’s New AI Finance Page Could Change How You Invest
Google Finance’s 2025 AI upgrade introduces an intelligent chatbot, advanced charting, and live market news, revolutionizing how investors track and analyze financial markets. This guide breaks down these features into simple steps to help novices and experts alike harness AI for smarter investing.
Special Diamond Could Unlock the World’s First Fully Open-Source Quantum Sensor
Discover how a special diamond with nitrogen-vacancy centers is at the heart of the fully open-source Uncut Gem quantum sensor, making advanced quantum sensing affordable and accessible for all—from hobbyists to professionals—opening new frontiers in medicine, navigation, and more.
New QCBench Test Reveals Which AI Models Truly Excel at Step-by-Step Reasoning
The new QCBench benchmark rigorously evaluates AI models on step-by-step numerical reasoning in chemistry, highlighting performance gaps between language fluency and calculation accuracy. Covering 350 problems across seven chemistry subfields, QCBench reveals which AI systems truly excel at complex scientific computations, guiding future AI development in the field.
Naoris Protocol Just Launched a Token That Quantum Computers Can’t Crack
Naoris Protocol’s $NAORIS token launch marks a defining moment in cybersecurity, offering quantum-resistant protection for Web3 and beyond. Using NIST-approved cryptography, decentralized validation, and AI-driven threat mitigation, Naoris secures digital infrastructures against emerging quantum attacks. Launching publicly July 31, 2025, $NAORIS supports a future-proof, scalable defense critical for the next generation of internet security.
Space Force Gets AI Soldier — Slingshot’s TALOS Revolutionizes Satellite Training and Space Operations
Discover how Slingshot Aerospace’s AI agent, TALOS, is revolutionizing U.S. Space Force training by simulating real satellite tactics and space warfare maneuvers within a physics-accurate virtual environment. This innovation enhances mission readiness and decision-making for today’s contested space environment, supporting both training exercises and real-time operational planning.
IPv4 vs IPv6? Doesn’t Matter When CDNs Secretly Control the Entire Internet
IPv4’s limited address space led to the creation of IPv6, which offers vastly more addresses and built-in security. Yet, CDNs dominate internet traffic delivery, often hiding which IP version is in use. This article explains IPv4, IPv6, and how CDNs influence internet control in a clear, approachable way for everyone from beginners to experts.
Diamond Precision May Be the Key to Scalable Quantum Devices, Scientists Say
Diamond quantum technology is transforming quantum computing and communication through unmatched precision in engineering quantum defects. The latest advances in controlling tin-vacancy centers and achieving ultra-low error gates promise revolutionary applications in secure communication, computing, and sensing, bringing us closer to a practical quantum future.
