June 10, 2025 • By Advanced Micro Devices, Inc.

Nokia has chosen to use 5th Gen AMD EPYC processors in its Cloud Platform to provide high performance and energy efficiency for next-generation telecom infrastructure, particularly for 5G networks. The collaboration aims to help telecom operators manage growing network complexity while minimizing environmental impact. The AMD EPYC 9005 Series processors will be deployed within the Nokia Cloud Platform to support containerized workloads for 5G Core, edge, and enterprise applications, delivering impressive performance per watt. This partnership underscores Nokia's commitment to innovation and sustainability in 5G network infrastructure.

June 10, 2025 • By Norihiko Shirouzu

Chinese electric vehicle (EV) makers, led by BYD, are gaining ground on Tesla in the global race to produce self-driving cars. BYD's "God's Eye" driver-assistance package, offered for free, undercuts Tesla's similar technology, which costs nearly $9,000 in China. Other Chinese companies, such as Leapmotor and Xpeng, are also offering affordable EVs with advanced driver-assistance systems. The competition from Chinese smart-EV players poses a significant challenge to Tesla, which is already facing declining vehicle sales globally. Tesla's strategy to focus on self-driving robotaxis is also under threat, as Chinese companies like Huawei are making progress in autonomous driving technology. BYD's assisted-driving hardware costs are lower than Tesla's, according to analyses, and the company's ability to offer advanced driver-assistance systems at a lower cost poses a significant threat to Tesla's business model. The Chinese government's support for advanced assisted driving technology and the country's cut-throat smart-EV competition have created economies of scale, leading to lower manufacturing costs. Tesla plans to launch a self-driving robotaxi trial in Austin, Texas, this month, but the company faces significant competition from Chinese automakers, which are quickly developing driver-assistance systems at lower costs. The growing scale of BYD and other Chinese companies could also provide a technological advantage, as they gather more miles on China's roads, helping to train the AI technology needed to perfect automated driving systems.

June 10, 2025 • By Elaine Chen

The article discusses the shift in focus of AI chip industry leaders from cloud computing to edge AI, particularly in robotics.

June 10, 2025 • By Brian Wang

IonQ, a leader in quantum computing, has announced its intention to acquire Oxford Ionics for approximately $1.075 billion. The acquisition aims to accelerate the development of fault-tolerant quantum computers, with plans to achieve 2 million physical qubits and 80,000 logical qubits by 2030. IonQ expects the combined technologies to deliver innovative and reliable quantum computers, increasing in power, scale, and problem-solving capabilities. The company has already achieved 99.99% physical fidelity and plans to reach 256 physical qubits by 2026 and over 10,000 physical qubits by 2027. The acquisition is expected to drive the creation of disruptive applications and enable substantial revenue growth opportunities. IonQ will maintain existing customer relationships and continue working with government partnerships and research centers to develop practical quantum computing applications. The company's goal is to drive real-world impact in every era of quantum computing's growth, with a vision to set a new standard in quantum computing and deliver superior value for customers.

June 10, 2025 • By Shelly Fan

Scientists have developed a handheld device that can create genetic profiles from airborne DNA with remarkable speed. The device, about the size of a deck of cards, uses a vacuum to collect microscopic snippets of environmental DNA (eDNA) and can assemble genomic profiles in just two days. Researchers tested the device in Florida's coastal forests and Dublin, detecting DNA traces from various animals, plants, and even illicit drugs. The technology has potential applications in monitoring biodiversity, emerging viruses, and conservation efforts, but also raises ethical concerns about individual-level surveillance and misuse. The device can detect human eDNA, including genetic ancestry, and could be used for beneficial or nefarious purposes. The researchers hope to use the technology to conserve wildlife and emphasize the need for responsible development and use of this powerful tool.

June 10, 2025

Stanford University is committed to developing artificial intelligence (AI) that is both powerful and principled. The university has made significant investments in infrastructure, computing power, and cross-campus collaboration to advance AI research. Recent initiatives include the opening of the Computing and Data Science (CoDa) building, the launch of the SCALE Initiative to address educational challenges, and the introduction of Marlowe, a state-of-the-art computational instrument. The university has also established the Stanford AI Playground, a secure platform for exploring AI tools, and the AI at Stanford Advisory Committee to provide guidance on AI use. Additionally, Stanford's robotics researchers now have a unified space for research and collaboration, and the university has hosted various events and conferences to discuss AI-related topics, including the Stanford AI+Education Summit and the Women in Data-Driven Discovery conference. These efforts aim to promote the development of AI that is not only powerful but also trustworthy and beneficial to society.

June 9, 2025 • By Tobias Mann

Cornelis Networks, a company spun off from Intel in 2020, has released its 400Gbps CN5000 line of switches and NICs, which utilize the Omni-Path interconnect technology. The company aims to compete with Nvidia's InfiniBand in the high-performance computing (HPC) and artificial intelligence (AI) markets. Cornelis claims its products offer up to 2x higher messaging rates, 35% lower latency, and 30% faster simulation times compared to Nvidia's 400Gbps Quantum-2 InfiniBand. The CN5000 switches have 48 ports of 400Gbps connectivity, while the CN5000 Director class switch offers up to 230.4 Tbps of aggregate bandwidth. Cornelis also promises to undercut Nvidia on price by a significant margin. However, the company's switches fall behind in terms of bandwidth, offering about three-quarters the number of 400Gbps ports as Nvidia's Quantum-2 switches. Cornelis plans to make the jump to 800Gbps next year, timed with the launch of PCIe 6.0 compatible CPUs from Intel and AMD. The company's products are designed to support clusters of over 500,000 endpoints with near-linear performance scaling. Cornelis also offers active optical and copper cables, and its equipment can support large-scale environments. The company claims its Omni-Path offers 6x shorter collective communication times than RDMA over converged Ethernet (RoCE). Starting next year, Cornelis' 800Gbps capable CN6000-series products will introduce cross-compatibility with Ethernet, allowing users to pair the company's superNICs with Ethernet switches or its switches with Ethernet NICs.

June 9, 2025 • By Monica VanDieren

NVIDIA has introduced CUDA-Q Academic, a free collection of interactive Jupyter notebooks designed to teach students how to work with accelerated quantum supercomputers. The platform combines theory and practice to prepare the next generation of quantum computing professionals. CUDA-Q Academic focuses on practical quantum computing, combining high-performance computing skills with quantum computing skills. The platform offers multiple tracks for students to create a customized learning plan, including a Quick Start to Quantum Computing with CUDA-Q track, which takes learners from the definition of a qubit to implementing a variational algorithm on a GPU in less than a day. The platform is being used by universities such as the University of Colorado Boulder and Carnegie Mellon University, and has been praised by instructors for its interactive and hands-on approach. CUDA-Q Academic also allows students to grapple with the practicalities of implementing quantum algorithms, such as circuit cutting, and provides transferable skills in high-performance computing. The Jupyter notebooks and instructions are available on the CUDA-Q Academic GitHub repository, and seamless integrations with platforms like CoCalc and qBraid are also available. Instructors can also access a sample syllabus and leverage learning management and collaboration tools to share the CUDA-Q Academic materials with their students. Overall, CUDA-Q Academic aims to bridge the gap in educational resources for quantum computing and provide students with the skills they need to work with accelerated quantum supercomputers.

June 9, 2025 • By Vincent Nguyen

Apple's Worldwide Developers Conference 2025 introduced a universal design language called "Liquid Glass" that spans all platforms, blurring the boundaries between hardware and software. The design language features dynamic, translucent materials that respond to content and context, creating a unified visual language across iPhone, iPad, Mac, Apple Watch, and Apple Vision Pro. The company also introduced the Foundation Models Framework, granting developers direct access to large language models powering Apple Intelligence, potentially igniting a new wave of intelligent experiences in third-party applications. This framework enables powerful, fast, and privacy-focused intelligence that operates entirely on-device, opening possibilities for intelligent experiences that function regardless of internet connectivity. The new design language and framework are part of Apple's broader ecosystem approach, where content creation and consumption tools work in harmony to create compelling user experiences. The introduction of Liquid Glass represents Apple's most comprehensive design overhaul since iOS 7, creating a unified visual language that maintains platform-specific characteristics while establishing unprecedented consistency across devices. The WWDC 2025 announcements demonstrate Apple's continued commitment to empowering its global developer community through advanced tools and technologies that enable innovative application development. The combination of the Foundation Models Framework and universal design language provides developers with both the technical capabilities and visual consistency needed to create compelling experiences that feel native to Apple's ecosystem.

June 9, 2025 • By Madhurima Nag

Apple's WWDC 2025 keynote unveiled various innovations, including a new design language called Liquid Glass, which brings a unified and harmonious look to Apple devices. The update includes powerful AI capabilities, such as generative AI and machine learning, to enhance user experience. iOS 26 features a visually immersive design, computer vision capabilities, and a redesigned Camera app. iPadOS 26 introduces a new windowing system, live translation, and customizable folders. Other updates include visionOS 26 for Apple Vision Pro, which enables more immersive interactions, and CarPlay, which now features the Liquid Glass design language. Apple also revamped its communication apps with intelligence and personalization, including live translation and customizable backgrounds. Additionally, Apple Music, Apple Maps, Wallet, and Apple Pay received new features, such as Music Pins, Lyrics Translation, and AutoMix. The Apple Watch interface has been updated with Liquid Glass, and the Workout app now includes an AI-powered motivator. The Apple TV experience has been enhanced with Liquid Glass, and new originals have been announced. The Mac interface has also been updated with Liquid Glass, and Continuity between devices has been improved. Overall, WWDC 2025 showcased Apple's vision for a seamlessly connected and intelligent ecosystem, with a focus on user experience and privacy.

June 9, 2025

Apple has announced the beta release of Safari 26, featuring 67 new features and 107 improvements. The update includes support for SVG file format for icons, Web Application Manifest, and HDR images. Safari 26 also introduces a new API for integrating web content into apps built for Apple platforms, making it easier for developers to create web apps. Additionally, the update includes support for WebGPU, a JavaScript API for running programs on the GPU, and various CSS features such as anchor positioning, scroll-driven animations, and text-wrap. The beta release also includes improvements for web developers, such as support for the Digital Credentials API, Trusted Types API, and URL Pattern Standard. Other features include support for the WebAuthn Signal API, File System WritableStream API, and enhancements to WebKit, WebRTC, and Service Workers.

June 9, 2025 • By Elyse Betters Picaro

At WWDC 2025, Apple unveiled a new naming convention for its iPhone operating system, with what would have been iOS 19 now being called iOS 26. The company also introduced a visual overhaul called Liquid Glass, which brings a glass-inspired aesthetic to all Apple platforms, including iOS, iPadOS, MacOS, WatchOS, TVOS, and VisionOS. Liquid Glass features semitransparent materials, rounded corners, and motion-responsive effects, and will be available across Apple's entire device lineup. The new design language is Apple's biggest update since iOS 7 and will be rolled out to developers and the public over the summer, with a final release expected in September 2025.

June 9, 2025 • By David Snow

Apple has announced iOS 26 at WWDC25, featuring a major design overhaul with "Liquid Glass," enhanced AI capabilities, and improved cross-platform integration. The new design language, inspired by visionOS, creates a more immersive and modern visual experience. iOS 26 introduces several breakthrough features, including Live Translation, Visual Intelligence, and Apple Intelligence. The update also brings changes to core apps like Phone, Messages, and Safari, with a focus on streamlined interfaces and personalized experiences. Additionally, iOS 26 introduces Apple Games, a dedicated gaming hub, and expands AirPods functionality with studio-quality audio recording and camera remote capabilities. The update will be available for developer testing immediately, with a public beta launching next month and a final release this fall for iPhone 11 and later models.

June 9, 2025 • By Stockrich

Stockrich, a financial technology platform, is revolutionizing stock contract trading with its AI quantitative system, high-frequency algorithm trading engine, and risk hedging architecture. The platform aims to make contract trading accessible to individual investors worldwide, breaking down technical barriers and high execution costs. Key features include an ultra-fast contract matching engine, AI smart strategy engine, cross-market liquidity management system, and quantitative hedging mechanism. Stockrich has garnered praise from global experts and investors, who recognize its potential to transform the trading landscape. The platform prioritizes user experience, offering faster execution, lower costs, and more accurate strategies. By establishing strategic partnerships, Stockrich aims to create an intelligent investment infrastructure for the 21st century, making contract trading a viable option for individuals and institutions alike.

June 9, 2025 • By vega.frank@gmail.com

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June 9, 2025 • By Lori Dorn

Physicists at Loughborough University in England created the world's smallest violin using nanotechnology. The violin, measuring 35 microns long and 13 microns wide, is smaller than a human hair and not yet playable. This project showcases the university's nanolithography capabilities and marks the beginning of research into nanoscale structures for next-generation computing and materials science.

June 9, 2025 • By ben.turner@futurenet.com (Ben Turner) , Ben Turner

A new study by Apple has found that AI reasoning models, such as those developed by Meta and OpenAI, undergo a "complete accuracy collapse" when faced with complex problems. The study tested various models, including OpenAI's o3 and DeepSeek's R1, on four classic puzzles with adjustable complexity. The results showed that while reasoning models performed well on low-to-medium complexity tasks, their accuracy collapsed when tasks exceeded a certain threshold. The models' performance declined despite having adequate computational resources, suggesting that they rely more on pattern recognition than emergent logic. The study's findings have sparked controversy in the AI field, with some researchers hailing it as a necessary correction to grandiose claims about AI's potential to become superintelligent. However, others have accused Apple of sour grapes, given its lagging position in the AI race.