When AI Agents Stop Talking
RecursiveMAS suggests that future AI agents may collaborate less through text and more through latent states - faster, cheaper, and harder to inspect.
AI Models & Research
54 posts
The Playground Was the Laboratory
Why games became the proving ground for machine intelligence, and what play still teaches us about real-world AI capability.
When Donald Knuth Lets an AI Do the Math
Donald Knuth's collaboration with Claude offers a quietly historic glimpse of AI as mathematical assistant rather than mere answer machine.
From PDE Guarantees to LLM Inference: What BEACONS Gets Right About Reliability
BEACONS offers a model for reliability that AI systems badly need: explicit bounds, checkable guarantees, and less benchmark theater.
The Assistant Axis: when “helpful” is a place, not a promise
New interpretability work suggests assistant behavior may be a geometric direction in model space, making persona control more concrete than branding.
Engram, DeepSeek, and the return of “memory” as an architectural primitive
DeepSeek's Engram reframes memory as an architectural primitive, suggesting models may need recall structures rather than ever-larger layers.
Recursive Language Models: when “more context” stops meaning “more tokens”
Recursive language models challenge the idea that longer context alone solves reasoning over large documents and codebases.
Reconstructing Mathematics from the Ground Up with Language Models: An Analysis
A new AI-assisted algebraic geometry result raises the stakes for language models as collaborators in genuine mathematical discovery.
Unusual Language Artifacts from Noisy LLM Training Data
Strange LLM outputs become clues to the messy training data, transcription errors, and hidden artifacts inside modern models.
Beyond the Token Stream: Investigating Introspective Awareness in Large Language Models
Interpretability research asks whether LLMs can detect their own internal states, moving introspection from philosophy toward experiment.
Kimi K2 Thinking: China’s New Contender in the LLM Reasoning Race
Kimi K2 Thinking enters the reasoning-model race, showing how quickly China's AI frontier is becoming globally competitive.
Transformers Are Injective: Why Your LLM Could Remember Everything (But Doesn’t)
If transformers are theoretically invertible, the question shifts from whether models lose information to how they manage and suppress it.
The Neural Junk-Food Hypothesis
The neural junk-food hypothesis asks whether low-quality viral content can degrade models much like shallow media degrades attention.
“Personality” in a Machine: What Do We Mean?
Different coding models show recognizable habits, risk tolerances, and failure modes, making 'personality' a practical engineering concern.
Small Models, Big Brains: Why Less Might Be the Future of AI Reasoning
Tiny reasoning models challenge the assumption that scale is always the path to intelligence, especially on structured problems.
An LLM Made of Redstone Bricks: What CraftGPT Really Teaches Us
CraftGPT turns a language model into Minecraft redstone, proving that absurd constraints can teach serious lessons about computation.
When “Errors” Speak: A Comparative Field Guide to Human and LLM Fallibility
Human and LLM errors can look similar, but their causes differ in ways that matter for trust, correction, and accountability.
Grok-4 Shakes Up the AI Leaderboards – How Elon Musk’s AI Stacks Up and What’s Next
Grok-4's benchmark wins are examined with both excitement and caution as the frontier race tightens.
From Prompts to People: What OpenAI’s Usage Study Means for Model Leaderboards
OpenAI's usage study shifts attention from benchmark scores to how ordinary people actually use ChatGPT in daily life.
Learning to Learn vs. Remembering in the Age of Ubiquitous Knowledge
In an age of ubiquitous knowledge, the post weighs adaptability against memory and asks what learning should still mean.
Teaching LLMs to Ask Smarter Questions: Bayesian Experimental Design for Multi-Turn Information Gathering
Bayesian experimental design offers a way for LLMs to ask better follow-up questions instead of guessing blindly.
Synergetics and Large Language Models: Emergence, Order, and Self‑Organization
Synergetics offers a language for understanding emergent abilities in LLMs as patterns of order and self-organization.
When AI Gets Flirty: A Rollicking Look at How Language Models Tackle Intimate Chats
A study of intimate chatbot conversations reveals how major models handle flirtation, refusal, safety, and awkward human expectations.
The Future of AI: How Self-Adapting Language Models Are Redefining Learning
SEAL points toward language models that rewrite their own training material, hinting at AI systems that learn after deployment.
The Dawn of Algorithmic Evolution: AlphaEvolve and Its Transformative Impact
AlphaEvolve suggests algorithmic discovery may reshape science and industry by evolving solutions humans would not design directly.
Comparison of OpenAI Language Models (May 2025)
A practical map of OpenAI's model lineup in May 2025, cutting through confusing names and overlapping capabilities.
Yes, Mathter! The Sycophantic AI's Frankensteinian Flattery Fiasco
Sycophantic AI is mocked as flattery gone wrong, showing how agreeable models can become less useful and less truthful.
Knowledge Graphs Won't Solve the LLM Crisis—Here's Why
Knowledge graphs are useful, but the post argues they are not a magic cure for LLM hallucination and reasoning failures.
When AI Masters Competitive Programming: Why Generalists Outperform Specialists
OpenAI's competitive-programming work suggests generalist reasoning models can outperform narrow specialists in demanding coding contests.
Humanity’s Last Exam: The Ultimate Test for AI and the Future of Intelligence
Humanity's Last Exam is framed as a benchmark that tests not only models, but our assumptions about intelligence itself.
When AI Gets Brain Fog: Google's Titans Fights ChatGPT Amnesia
Google's Titans architecture tackles model amnesia, asking what useful long-term memory should look like in AI systems.
Small LLMs: A Contradiction in Terms or a Giant in Disguise?
Small LLMs are not a contradiction but a response to the need for cheaper, private, and more efficient intelligence.
When AI Can't Count: A Hilarious Look at the Math Skills of Text-to-Image Models
Text-to-image models still struggle with counting, making their visual brilliance look surprisingly fragile at the level of basic numeracy.
The Top 10 Unsolved Challenges in AI: A 2024 Retrospective
A year-end inventory of ten unresolved AI problems that still define the frontier despite rapid progress.
From Flatline to Frontline: How Gibson's Digital Ghosts Became Scientific Reality
Gibson's digital ghosts become a frame for modern AI simulations of human behavior and the science behind them.
The AI Cargo Cult: Mimicry vs. True Intelligence in the Pursuit of AGI
The post warns against an AI cargo cult that confuses impressive mimicry with the harder problem of genuine intelligence.
Rethinking Reasoning: What if LLMs are Holding a Mirror to Human Cognition?
LLM reasoning failures may reveal uncomfortable parallels with human cognition rather than a simple machine deficiency.
Master AI Terminology: 50 Essential Terms Explained
A plain-language glossary of fifty AI terms for readers who want the field's vocabulary without the usual fog.
LLMs and World Models: Do AI's Dream of Coherent Realities?
The post asks whether LLMs possess coherent world models or merely produce fluent stories about reality.
Navigating the AI Seas: The Art and Science of LLM Steerability
LLM steerability is treated as both craft and control problem: how to guide powerful models without losing the plot.
Comparison of LLMs: Lies, Damned Lies, and Benchmarks 1/6
The opening part of a benchmark series asks what LLM evaluations really measure and why the numbers often mislead.
Comparison of LLMs: Lies, Damned Lies, and Benchmarks 2/6
Part two examines benchmark methods themselves, exposing the assumptions behind the scores used to compare language models.
Comparison of LLMs: Lies, Damned Lies, and Benchmarks 3/6
Part three moves from benchmark scores to application areas, asking where LLM performance actually matters in practice.
Comparison of LLMs: Lies, Damned Lies, and Benchmarks 4/6
Part four digs into the good, bad, and misleading sides of benchmark results and their interpretation.
Comparison of LLMs: Lies, Damned Lies, and Benchmarks 5/6
Part five steps beyond scores to consider real-world limitations, reliability, and practical model behavior.
Comparison of LLMs: Lies, Damned Lies, and Benchmarks 6/6
The final benchmark essay looks toward better evaluation methods that test usefulness rather than leaderboard theater.
AGI vs. ANI: The Genius and the Savant of the AI World
A friendly guide to the difference between narrow AI and artificial general intelligence, with metaphors that make the distinction stick.
Navigating the Unseen: The Dunning-Kruger Effect and AI Hallucinations
Human overconfidence and AI hallucination meet in a comparison of how bad certainty distorts judgment in both minds and machines.
Exploring MM1: Apple's Advancement in Multimodal Large Language Models
Apple's MM1 research is presented as a step toward AI systems that understand text and images together.
The Echo Chamber Effect: Navigating the Complexities of LLMs Trained on Generated Content
The echo-chamber problem asks what happens when future models learn increasingly from content produced by earlier models.
Navigating the Complexity of Large Language Models: A Dual Perspective
Two perspectives on LLM interaction reveal how user behavior and model dynamics shape each other in unexpected ways.
Multimodality in Large Language Models: A Key to Versatile and Specialized Task Performance
Multimodal LLMs are explained as a key step toward systems that can reason across text, images, and other signals.
The Impending Evolution of Large Language Models: GPT-5 and Beyond
Sam Altman's GPT-5 comments become a starting point for thinking about what better models may actually change.
Adventures in AI: AlphaGeometry's Quest Through Synthetic Data Landscapes
DeepMind's AlphaGeometry shows how synthetic data and symbolic reasoning can push AI toward Olympiad-level mathematics.