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AI Papers: A Deep Dive, 287 episodes. Page 3 of 3.

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Title
201

Seven Wins to Zero: How Organizing AI Agents Like a Lab Changes the Search

202

How MiniMax-M2 Bets That Sparsity Plus Verifiable Rewards Can Match Frontier Agents

203

Two Levers for Self-Improving AI: When Rewriting Code Isn't Enough

204

When AI-Written Papers Read Well But the Evidence Underneath Is Broken

205

When No Agent Reads the Whole Document: A Universal Cliff in Multi-Agent Review

206

Why Frozen-Weight Agents Still Get Worse Over Time

207

When Reasoning Models Decide Before They Think: Detecting and Fixing Premature Confidence

208

Training a Deep Research Agent on 8,000 Synthetic Tasks: The Rubric Tree Trick

209

Why Long-Context Models Might Need Compute, Not Capacity, Before Eviction

210

Terminal Agents Get Free Supervision From The Tokens We've Been Throwing Away

211

How a Two-Agent Trick Unlocked Large-Scale Training for Computer-Use Agents

212

Training the Translator: How a Small Communication Model Lets Agent Teams Outperform Themselves

213

An Old Idea From Cognitive Psychology Reshapes How We Reward Reasoning Models

214

Training a Markdown File: When LLM Self-Improvement Borrows the Discipline of Neural Net Training

215

Same Model, Organized Differently: How an Agent Architecture Beat Frontier Systems at Research Math

216

Reading a Model's Confidence Curve to Decide When Chain-of-Thought Is Worth It

217

Growing Code and Proof Together: Verified Systems in Ten Hours Instead of a Year

218

How a Fifteen-Hundred-Dollar Training Run Matched Llama and Gemma on Reasoning

219

A Robot Made Graphene Without Help, And Caught Itself Hallucinating

220

When Three LLMs Talk to Each Other, Their Ideas Quietly Stop Moving

221

When Smarter Models Forecast Worse: The Hidden Failure Mode in LLM Predictions

222

When Models Know the Answer But Say the Wrong Thing Anyway

223

The OS Trick That Makes Tree Search Practical for Coding Agents

224

An AI Just Solved a 1996 Erdős Problem—and the Simplest Agent Won

225

When the Model Is Fine and the Plumbing Is Broken: Fixing Agents at the Interface

226

Why Giving an AI Agent More Tools Can Make It Worse at Using a Computer

227

One Loop to Optimize Them All: A Universal API for LLM-Driven Discovery

228

When Agent Memory Stops Being a Database and Starts Being a Skill

229

Why Web Agents Are Slow: A Compiler-Style Fix for Computer-Use Latency

230

When Splitting One Model Across Three Agents Doubles Its Accuracy

231

Treating Hallucinations as Exploits: A Gate-Based Architecture for Agent Safety

232

Firefly's Inversion: Building Verified Tool-Call Training Data by Working Backward

233

When Helpful Agents Go Sideways: A 404 Error, Campus Security, and Why Alignment Misses This

234

Why Upgrading Your AI Auditor to a Smarter Model Can Make Your System Less Safe

235

How Uber Caught 206 Leaked Credentials With an LLM-Powered Security Stack

236

Why LLM Judges Flip Their Verdicts When You Change the Question Format

237

When Models Learn the Monitor Exists, the Reasoning Trace Stops Being a Window

238

An Old Reinforcement Learning Tradeoff Sneaks Back Into LLM Agents

239

Why Parallel Sampling Plateaus, And What Evidence Graphs Do Instead

240

An AI Agent Swapped In Focal Loss And Beat A Human-Tuned Training Script

241

An AI Agent Reached for Root in Twelve Minutes, Without Being Attacked

242

How a 30B Open Model Reached Olympiad Gold With the Right Recipe

243

When Agent Benchmarks Lie: The Harness Problem in Open-Source AI

244

When a Frontier Model Talks Its Own Twin Into Climate Denial

245

How One Sentence and a Forged History Flip the Most Aligned Models

246

When the AI Optimizer Edits the Grade Book: Why Harnessing Evolution Needs a Wall

247

When the Iteration Teaches the Model to Skip the Iteration

248

When 'This Is False' Doesn't Stick: Why Models Learn the Lie Anyway

249

An Agentic Scientific Computing System That Actually Remembers What It Learns

250

Two Frozen Models Learn to Whisper: Coupling Through Hidden States

251

When Smarter Agents Get Fooled by Three Extra Nodes in a Database

252

How LLMs Get Persuaded: One Attention Head, A Tetrahedron, And A Single Dial

253

Why Hallucination Detectors Miss Stale Facts: A Geometric Story About What Models Know But Don't Say

254

Catching Multi-Agent Deadlocks Before Deployment With a 40-Year-Old Tool

255

Why Frontier Agents Ask for Clarification at Exactly the Wrong Moment

256

A Sticky-Note for Every Layer: Letting Transformers Remember What They Were Just Thinking

257

Echo: The Paper Arguing You Never Needed a KV Cache for Retrieval

258

Sparse Attention Was the Wrong Frame. Treat It as Geometry Instead.

259

When Your AI Assistant Won't Let Go of Old Facts About You

260

Why Your AI Agent Won't Stop Working — and Each Model Falls for a Different Trap

261

Why Forty-Eight Percent on FrontierMath Isn't the Real Story in DeepMind's New Math Paper

262

Teaching a Model to Hire Copies of Itself: Recursive Agent Optimization

263

When AI Agents Build the Serving Stack: A Bet on Bespoke Infrastructure

264

What RL Actually Does to Language Models, at the Token Level

265

The Missing Gradient Term That Predicts Sycophancy in RLHF

266

An AI Agent That Found 28 Zero-Days in Windows — And What Made It Work

267

Why a Small Agent Confidently Overwrites Memories It Doesn't Understand

268

Training the Model Spec Directly: An Alignment Lever Aimed at the Say-Do Gap

269

Ten Thousand Examples Beat the Full Industrial Pipeline for Search Agents

270

The Compliance Gap: Why AI Says Yes and Does No

271

When the Best Reward Model Trains the Worst Policy: Inside EvoLM

272

Language Models Compute the Rational Move, Then Override It

273

When the Agent Grades Its Own Homework: A Brutal New Benchmark for AI Workers

274

Why Your Coding Agent Stalls While the GPU Runs Hot

275

The Audit Number Isn't What You Think: Sycophancy and the Case Against Single-Prompt Bias Tests

276

Why a Constrained Pipeline Beat a Full Coding Agent at Finding Bugs 30-to-1

277

Why Search Keeps Rediscovering the Same Workflow, and What That Means

278

Why AI Coding Agents Keep Trying to Debug Without a Debugger

279

When RL Actually Teaches Agents Something New, And When It Doesn't

280

When Reward Climbs But Reasoning Goes Generic: Diagnosing Template Collapse in Agentic RL

281

How Two Silent Library Bugs Quietly Invalidated a Wave of Reasoning Papers

282

Why Long-Horizon AI Agents Get Stuck, and a Milestone-Based Fix That Helps

283

Exploration Hacking: When Models Sabotage Their Own RL Training

284

What Happens Inside Claude When It Decides to Blackmail Someone

285

Why a Debugger Designed for Humans Is the Wrong Tool for an AI Agent

286

The Sycophancy Circuit That Survives Alignment Training

287

How to Pick the Best of Sixteen Coding Agent Rollouts

288

An AI Ran a Real Optics Lab for 21 Hours and Found a Transformer-Shaped Pattern in Light

289

When AI Models Quietly Protect Each Other From Shutdown