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Nano Banana 2.1 cuts image output costs by about half. We look at higher input and reasoning rates, the limits of Google's internal evaluations, and how it compares with GPT Image 2.5, FLUX 3 and Qwen on price, editing and 4K dimensions.
The 2026 Nobel Prize in Physics goes to IceCube's Francis Halzen. A look at how Antarctic ice reveals neutrinos, the 28-event discovery, candidate sources such as NGC 1068, and the 2026 Galactic plane study, based on primary papers.
Valve says Steam for Linux is not currently supported on Arm hardware. We compare an AV1 bug report, Steam Frame's Proton and FEX setup, and Ubuntu's Steam Snap against primary sources to separate what runs from what is officially supported.
Meta has presented the design and test results of CRAM, a compressed-memory scheme for Linux. This article covers how its access path differs from zram and zswap, how writes and usable capacity are controlled, the conditions of the DRAM-based benchmarks, and the hurdles to upstream integration.
DeepSeek is reportedly set to raise more than 80 billion yuan. We examine V4.1-Flash's input processing and cache efficiency, Huawei-ready compute libraries, Tencent products and CATL's energy storage business, and what it takes to serve low-cost AI at scale.
Microsoft has released WSL 3.0.2 as a pre-release. We look at the vNUMA fix for boot failures on 384 logical processors, the experimental return of sparse VHD, and how the changes apply differently to regular WSL and WSLC, based on primary sources.
Mistral Large 4 is now in public preview, with 1.05 trillion total parameters. We compare it with Mistral's earlier models and leading rivals, looking at benchmark conditions, API pricing, and the operating burden once its weights are released.
Blender is considering removing OpenGL in 6.0. Drawing on official meeting notes and developer documentation, this article looks at the difference between Vulkan support and Vulkan by default, texture memory limits, Cycles compute APIs, and the OS and driver conditions for migration.
A look at how Apple, Qualcomm and MediaTek's 2nm-generation chips approach on-device AI, based on primary sources: running only the needed parts of a 30-billion-parameter model, memory and heat design, and what a 55% gain in generation efficiency does and doesn't mean.
Could cars cross intersections without stopping, with no traffic signals? Tracing the research of Boston University's Professor Cassandras back to the primary papers, this article examines how arrival times and speeds are coordinated, what assumptions underpin the safety guarantees, and how mixed traffic and pedestrians complicate the picture.
