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Who Gets Credit When AI Solves a Math Problem Nobody Could?

AI models are solving open math problems, sparking fights over attribution, authorship, and whether humans still need to understand the proofs.

AI math attributionAI generated proofsmathematics community AI

The Navier-Stokes AI Proof Controversy, Explained

An OpenAI model's claimed breakthrough on a Navier-Stokes problem sparked a credit fight. Here's what happened and why it matters.

Navier-StokesMillennium Prize problemOpenAI proof controversy

Anthropic's Pacing the Frontier Strategy: What It Really Means

Anthropic pledged to slow its pace at the frontier, then released Opus 5.5 anyway. Here's what the strategy actually means going forward.

Anthropic pacing the frontierDario Amodei essayAI safety pacing

ChatGPT Sites: What OpenAI's No-Code App Feature Actually Does

OpenAI staff describe how ChatGPT's new app-building capabilities let non-technical people create interactive tools just by describing what they need.

ChatGPT SitesAI native appsno-code AI apps

Claude Opus 5.5 Pricing and Rate Limits: What Actually Changed

Anthropic cut Opus 5.5 API pricing on input, output, and cache tokens, and added rate-limit resets. Here's what's different from Opus 5.

Claude Opus 5.5 pricingAnthropic API pricingOpus 5.5 rate limits

Claude Opus 5.5: Benchmarks, Pricing, and Real-World Performance

Anthropic's Opus 5.5 explained: terminal bench and GDPval scores, 40% lower cost per task, and how it performs in hands-on coding tests.

Claude Opus 5.5Anthropic Opus 5.5Opus 5.5 benchmarks

Firecrawl's Developer Index: Better Web Search for Coding Agents

Firecrawl's Developer Index feeds AI coding agents live GitHub issues, PRs, and changelogs instead of stale blog posts from general web search.

Firecrawl Developer IndexAI coding agent web searchFirecrawl MCP

How to Run MiMo-V2.6-Flash-RL Locally with vLLM or SGLang

A deployment guide to MiMo-V2.6-Flash-RL, Xiaomi's 309B MoE model with 15B active params, covering SGLang and vLLM setup.

MiMo-V2.6-Flash-RLrun MiMo locallySGLang MiMo setup

MiMo V2.6: Xiaomi's Open Model Trained Live for $3.5M

Xiaomi's MiMo V2.6 Pro and Flash are open-weight models trained in a livestreamed RL run, rivaling GPT-5.6 and Claude Opus on coding benchmarks.

MiMo V2.6Xiaomi MiMoopen weight model

Are AI Labs Hiding Solved Math Problems? Scott Aaronson's Claims Explained

Scott Aaronson says OpenAI and Anthropic may be sitting on unpublished math breakthroughs after backlash over a Navier-Stokes proof claim.

Scott AaronsonOpenAI mathAnthropic math breakthroughs

How OpenAI's Codex Turned Computer Use From Party Trick to Tool

OpenAI engineers explain how Codex's computer-use feature clicks, browses and fills forms across your desktop, and why it took years to get reliable.

OpenAI Codex computer useCodex desktop appAI agent computer use

Opus 5.5 vs GPT-6 Sol: Which Model Wins Real Tasks?

A hands-on test of Opus 5.5 vs GPT-6 Sol across websites, video edits, and dashboards, comparing quality, speed, and cost per task.

Opus 5.5 vs GPT-6 SolClaude vs OpenAI comparisonAI model comparison 2026

Bonsai 2 27B: A 27B Model That Runs in Under 6GB on a Laptop

Bonsai 2 27B uses ternary quantization to shrink a 27B model to under 6GB while keeping 98% of FP16 performance. Here's how it works.

Bonsai 2 27Bternary quantizationMLX 2-bit model

Bonsai 2 27B Benchmarks: Does Ternary Quantization Actually Hold Up?

Bonsai 2 27B claims 98.2% of FP16 intelligence at ~1.72 bits per weight. Here's how its benchmarks compare to conventional 2-bit and 4-bit builds.

Bonsai 2 27B benchmarksternary weight LLMlow-bit quantization benchmark

Run Bonsai 2 27B Locally on a Mac: Ternary Quantization Explained

Bonsai 2 27B compresses a 27B reasoning model to 8.6GB with ternary weights, hitting ~47 tok/s on an M5 Max MacBook via MLX.

Bonsai 2 27Bternary quantization LLMrun 27B model on Mac

AI Is Now Writing and Reviewing Linux Kernel Code. Here's the Fallout

AI-generated patches and bug reports are reshaping Linux kernel development, forcing new disclosure rules and straining maintainer bandwidth.

AI Linux kernelAI bug reports LinuxLinux kernel CVE spike

How to Use OpenAI Codex: Core Concepts for Non-Coders Explained

A clear guide to installing Codex and understanding projects, agents.md, and agent loops for building AI workflows without writing code.

OpenAI Codex tutorialCodex agents.mdCodex desktop app

OpenAI Codex Pricing: What the $20, $100, and $200 Plans Actually Get You

A breakdown of Codex subscription pricing on ChatGPT's $20, $100, and $200 plans, how usage limits reset, and when API billing makes sense.

Codex pricingCodex subscription costChatGPT Codex plan

Context Engineering vs Bigger Models: Why AI Agents Fail

AI agents usually fail from broken context, not weak models. Here's why context engineering matters more than model size in production.

context engineeringagent failure modesprompt engineering vs context engineering

Grok 4.7 Hands-On: xAI's New Model Tested on Real Bugs, Circuits, Law

Grok 4.7 tested on live bug fixing, circuit diagnosis, legal reasoning, and 80-language coding tasks, checked against xAI's own benchmark claims.

Grok 4.7Grok 4.7 reviewGrok 4.7 benchmarks

How to Build an AI Model Router with Jev and Open Jev

Learn how to build a local AI model router that uses Jev-style classifiers to gate, categorize, and route prompts between local and cloud models.

Jev model routerOpen JevAI model routing

Jev vs LLM: When a Classifier Beats a Generative Model

Jev's classifier approach compares against LLM-based classification for support routing, agent safety gates, and other real production patterns.

Jev vs LLMAI classifier use casesagent safety classifier

M6 Mac Mini Benchmarks: Is It Worth Upgrading from the M4?

M6 vs M4 Mac mini benchmarks compared: CPU, GPU, SSD, memory bandwidth, and local AI performance to see if upgrading is worth it.

M6 Mac mini benchmarksM6 vs M4 Mac miniM6 Mac mini review

M6 Mac Mini for Local AI: How Much Faster Than the M4, Really?

M6 Mac mini local AI benchmarks show big gains in prompt processing and image generation over the M4, with memory bandwidth as the key limit.

M6 Mac mini local AIrun LLM on Mac miniMac mini 32GB AI models