47 related articles

An independent researcher dissects a single 1×1 convolutional neuron in InceptionV1, using Hadamard product clustering to reveal detection patterns and discovers how gradient descent hides concepts in noise.
Causal Theory Cracks Open the LLM Blac…
How can we solve the LLM black box problem? This article explores how causal theory powers mechanistic interpretability research — from causal intervention and activation patching to circuit discovery — and its implications for AI safety and alignment.

A reported 3-word prompt jailbreak of Claude Opus 5 sparks debate. We analyze the technical nature of LLM jailbreaks, alignment fragility, and defense-in-depth strategies for enterprise AI security.

A reported 3-word jailbreak of Claude Opus 5 sparks debate. We analyze LLM jailbreak mechanics, alignment fragility, and defense-in-depth strategies for AI security.

A federal judge questions the U.S. government's ban on Anthropic AI products, citing insufficient justification. Analysis of the legal dispute, industry impact, and regulatory implications.

A federal judge questions the U.S. government's ban on Anthropic AI products, citing insufficient justification. Analysis of the legal dispute, industry impact, and regulatory implications.

Starting from a viral Reddit meme, we dive deep into AI neural network weights — what they are, why they can't be read visually, and how open weights drive technological democratization.

Deep analysis of implicit feature inheritance in AI alignment: Anthropic's research reveals model behavior can propagate independently of semantics, fundamentally challenging traditional RLHF safety mechanisms.

A deep dive into how neural network hidden layers solve the XOR problem through feature space transformation, with math, geometry, and concrete examples.

An in-depth analysis of Wolfram's multiway Turing machines, exploring how computation expands from single paths to multiway graph structures, and deep connections to AI search algorithms and quantum computing.
Mindwalk: Replaying AI Coding Agent Be…
Mindwalk renders codebases as 3D maps, visually replaying the full operation trajectories of AI coding agents like Claude Code and Cursor. A deep dive into its core ideas, use cases, and the future of agent observability tools.

Context engineering is the core methodology for building efficient AI Agents, covering query enhancement, RAG retrieval, prompt design, memory management, and tool invocation. Master Write, Select, Compress, and Isolate to solve LLM hallucination at its root.
Kronos Financial Foundation Model: Usi…
Kronos is the first open-source foundation model treating candlestick data as the "language of financial markets," using an autoregressive Transformer and earning 32K GitHub Stars. A deep dive into its principles, applications, and limits.
"AI Is Just a Tool"? This Phrase Is Hi…
"AI is just a tool" sounds rational but conceals real dangers. This article dissects the limits of tool neutrality, design-embedded values, and misplaced responsibility in AI systems.
The Wild Juxtaposition of AI's Evoluti…
A "How it started vs. How it's going" comparison reveals generative AI's stunning leap. We explore the key drivers—compute, data, algorithms, and open source—plus the real challenges ahead.

Former OpenAI researcher Daniel Kokotajlo, who forfeited $2M in equity, warns of a 70% chance AI leads to catastrophic outcomes and superintelligence by 2029.

Why do neural networks make the decisions they do? This article explores AI interpretability — mechanistic interpretability, CoT monitoring, and safety auditing — and how researchers reverse-engineer large models for AI safety.

An in-depth look at AI interpretability research: from chain of thought and probes to sparse autoencoders, exploring how scientists understand neural network internals and assess AI alignment and safety.
Where Do AI Writing Tics Come From? A …
Why does AI text love phrases like 'It's not just X, it's Y'? We unpack the origins of AI writing tics — from training data biases to RLHF — and why even developers can't fully explain them.
Relm: An Open-Source Tool for Integrat…
Relm wraps local LLMs as native R objects, enabling local inference, data privacy, and interpretability analysis. A deep dive for R-based data scientists.