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Showing posts from May, 2025

Microsoft Builds the Agentic Web: Transforming Development in 2025 and Beyond

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At Build 2025, Microsoft unveiled a bold vision for the future of the open, agentic web at scale. Moving away from vertically integrated application stacks, Microsoft is establishing a comprehensive platform designed to enable an open, scalable agentic web. This platform aims to unlock unprecedented opportunities for developers across every layer of the technology stack. Empowering Developers with Enhanced Tools Central to this transformation is Visual Studio , recognized as one of the most powerful IDEs for .NET and C++. Microsoft announced significant enhancements, including: Full support for .NET 10 Live preview capabilities during design time Enhanced Git tooling A new debugger optimized for cross-platform applications In parallel, Visual Studio Code marked its 100th release, introducing improved multi-window support and streamlined staging directly within the editor, reinforcing its status as a premier developer tool. Microsoft’s ecosystem further thr...

Entropy, Information Theory, and the Fundamental Limits of Computers

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A ChatGPT deep-research paper. Entropy is a scientific concept most commonly associated with disorder, randomness, or uncertaintyen.wikipedia.org . From the steam engines of the 19th century to the smartphones and artificial intelligence of today, entropy and information theory have played pivotal roles in understanding how the world (and our computers) process information. In simple terms, entropy measures how unpredictable or mixed-up something is – whether we’re talking about molecules in a gas or bits in a computer file. This article will explore the origins of entropy in physics, how Claude Shannon borrowed the idea to create information theory, and what it all means for modern computing and AI. Along the way, we’ll use easy examples (like coins, messy rooms, and even a playful demon) to make these deep concepts accessible, and see how understanding entropy sheds light on the fundamental limits of computers . From Steam Engines to Bits: A Brief History of Entropy ...