The Rising Sea of Software Engineering — Rebuilding the Discipline on Algebraic GeometryAI now writes code faster than humans can review it. That is not a prediction; it is the daily experience of most engineering teams. And here is the other daily experience: no matter how much you inveJul 7, 2026·15 min read·113
The SAGA Theorem: The Day Software Architecture Became Genuine Algebraic GeometryTL;DR Every module passes review, yet the system as a whole is broken. This "locally correct, globally inconsistent" phenomenon has a name in mathematics: cohomology, specifically H^1. AAT (AlgebraiJul 2, 2026·19 min read·283
Atom Is All You Need: Read a Codebase as an Atom Map, Not a Dependency GraphTL;DR In the AI era, architecture analysis cannot stop at reading code as files, functions, imports, and dependency graphs. We need to observe the smallest units that carry architectural meaning. I caMay 31, 2026·19 min read·120
Forecast Cone: A Grand Theorem for Computable Software EvolutionTL;DR This article starts from the ForecastCone in Software Field Theory (SFT), then reads modularity, technical debt, review, governance, and learning as parts of one research program. The goal is siMay 22, 2026·14 min read·96
Software Architecture as a Field: Asking Better Questions About Software EvolutionAI coding agents are making us faster at writing code. That is a major shift. But writing code faster is not the same as helping software evolve in a healthy way. The faster we stack up changes, the mMay 13, 2026·20 min read·200
AI Agents Don't Need Meetings: Gotanda Style for Stigmergic Software MaintenanceMost multi-agent systems make agents talk to each other. We tried something different: our agents do not talk to each other at all. They leave traces in a shared environment. Other agents read those tMay 11, 2026·18 min read·227
