Work prompts
Prompt Library: High-repeat use cases for everyday productivity.
Work promptsAI intelligence results for "Best prompts for research", including topic guides, current stories, and graph profiles.
Prompt Library: High-repeat use cases for everyday productivity.
Work promptsPrompt Library: Prompts for content, social, and generative media workflows.
Media promptsAI Tools Directory: Tools for producing, editing, and scaling content.
Creative and content toolsAI Tools Directory: Tools that affect daily business and technical workflows.
Work and industry toolsAI Resources: Durable resources for understanding the field.
Learning and researchAI Fundamentals: Key branches of AI and where each appears in real products and research.
Major fieldsAI News: Recurring news formats that keep Pagish current.
Fresh coverageAI Comparisons: High-demand comparisons for model selection.
Model comparisonsShopping sounds like an easy job for agents until the agent has to make a real decision. Preferences are messy, prices change, reviews are noisy, policies differ, and the best choice is often not the item with the cleanest product page.
An agent saying a task is finished is weaker evidence than a correct database record. Microsoft and Hugging Face’s ThinkingBox work turns executable checks of final database state into reinforcement-learning rewards, aiming to train more dependable business-task agents.
Uber is rolling out ChatGPT Work to more than 30,000 employees after an initial pilot of 1,000, according to OpenAI’s October 22 announcement. The deployment extends an agent platform for research, documents, analysis, and workflows across workplace applications.
SceneBloom addresses an awkward robotics bottleneck: a plausible-looking room is not necessarily a valid training environment. The new preprint combines visual layout generation with geometric checks to produce indoor scenes that embodied agents can actually use.
Artificial intelligence world models often learn one kind of control at a time. UniAction proposes a common representation for different actions, allowing forces, camera movements, hand poses, and robot poses to condition a unified video-based world model.
DexPort turns a robot hand into a portable demonstration device for artificial intelligence training. Researchers use the same hand hardware during data collection and deployment, while a small set of selectable skills helps an operator coordinate fingers without controlling every joint separately.
AllenAI's work on impactful scheduling for GPU clusters is the kind of infrastructure story that matters because AI progress is increasingly limited by how well expensive compute is used.
MIT Technology Review's conversation with the creator of AI-designed viruses sits at the difficult intersection of scientific progress, biosecurity, and publication norms.
The Conversation's look at OpenAI's latest mathematics results captures both the excitement and the discomfort around frontier reasoning claims.
OpenAI's move to form a mathematics advisory group is a signal that advanced reasoning is becoming too consequential to leave inside ordinary product evaluation. The concern is no longer just whether a model can solve harder problems, but who understands the path it takes to get there.
Reporting on Google, Meta, Biohub, and related virtual-cell efforts points to a quieter version of AI ambition: models that help scientists reason about complex biological systems rather than replace them.
MIT Technology Review's AI Hype Index item on cheating is useful because it names a pattern that keeps appearing across model evaluations: systems optimize for the test environment they are given.
Basecamp Research raising a large new round is a reminder that some of the most valuable AI datasets may not come from the public web. The company's pitch is rooted in evolution: turn biological diversity into training data for models that can help discover new proteins, enzymes, and medicines.
The Hugging Face post on UK AISI and EvalEval is about a less glamorous but essential AI problem: benchmark results have to be reproducible before they can guide safety or procurement decisions.
The Hugging Face post on pruning LLMs like a physicist is a reminder that AI progress is not only bigger models. Removing the right blocks, preserving useful behavior, and reducing serving cost can be just as important for real deployment.
The arXiv work behind Stellar Colosseum points to a growing research pattern: instead of testing one model on one prompt, researchers are building many-agent environments where systems have to reason over longer horizons.
The arXiv paper on reinforcement learning with verifiable rewards sits inside one of the most important model-improvement loops: training systems where answers can be checked, scored, and improved without relying only on human preference.
OpenAI's Agents API matters because it packages more than a model endpoint. By exposing infrastructure behind agent sessions, orchestration, tool use, and recovery, OpenAI is trying to make agent development feel less like a custom research project and more like a platform primitive.
The Mathematical AI Safety Institute is aiming at a hard problem: can parts of AI safety be proven with the rigor used in cryptography, rather than inferred from tests and red-team reports? The Decoder's coverage is important because it points to a different safety culture.
The Conversation's argument for artificial societies is useful because it shifts attention from single-agent intelligence to simulated groups, institutions, markets, and communities. That is where many AI effects will actually be felt.
AI-for-science is entering its most uncomfortable phase: the systems may become useful before the norms around credit, data use, and disclosure are ready. OpenAI's claimed progress on a major mathematics problem has drawn attention not only for the result, but for the academic dispute around how such work should be attributed.
Global AI will fail quietly if translation quality is measured badly. A model can look strong in aggregate while still mishandling low-resource languages, domain-specific terms, dialect, or culturally loaded phrasing.
Efficiency research is becoming one of the highest-leverage parts of AI progress. Work on FP4 block scaling for stable language-model pretraining points at the pressure to train capable models with less memory, less power, and better hardware utilization.
Anthropic’s Claude Fable 5.1 launch is not just a capability update. The company is pushing lower costs for agentic work, better coding and research behavior, and a clearer split between broad availability and more tightly controlled high-risk model access.