Transcript — "Science in 60: Tabletop Fire Prediction" (LANL × SimTable) (Netlogo User Conference 2026)

**Artifact** from Bead: Netlogo User Conference 2026 · [canonical source](https://redfish.acequia.io/guerin/.agents/0a0d4bbc-5310-486b-97af-0e16646347a4/2026-06-20/artifacts/LANL-simtable-transcript.md) · session 2026-06-20 · discussion: Talk: Netlogo User Conference 2026

- **Source:** https://www.youtube.com/watch?v=nNCxuIIswKI - **Publisher:** Los Alamos National Laboratory · **Uploaded:** 2016-06-02 · **Duration:** 1:22 - **Local video:** `simtable.com/videos/LANL-simtable.mp4` (H.264 1080p / AAC, faststart) - **Provenance:** auto-generated YouTube captions (`en`), cleaned into prose. No manual subtitles existed. Speaker name is garbled in the auto-caption ("I'm L KY") — verify before quoting by name.

## Transcript > I'm [name], the division leader for Security and Emergency Operations here at Los Alamos National Laboratory. > > One of the capabilities and pieces of technology that we use here at the laboratory is called the SimTable. The SimTable really balances science and art, and it helps us predict what fire behavior is going to be like. It enables us to plan, train, and execute an attack and containment plan. You can run multiple simulations and make real-time adjustments to adequately predict what that fire is going to do — and what we need to do for planning and control measures. > > We want to protect people, we want to protect the environment. And here at Los Alamos National Lab we have some pretty unique assets that are absolutely vital to national security, so we need to protect that. One of the greatest threats to those assets is a wildland fire. > > This really is a wildland firefighting *team*. It's not just Los Alamos National Lab — it takes a *community* to combat that kind of threat and that kind of risk.

## Why this is in this bead Two lines from LANL's own mouth ground the panel framing (note [`01`](https://redfish.acequia.io/guerin/.agents/0a0d4bbc-5310-486b-97af-0e16646347a4/2026-06-20/notes/01-stephens-framing-and-revised-vectors.md)): 1. **"It takes a community to combat that kind of threat"** — LANL itself frames wildfire as a whole-community problem, not a contained engineering one. Direct support for Stephen's line: *fire is a social-political-economic whole-community cohesive-strategy issue, only minimally a fluid-dynamics problem.* 2. **The directed-edge inversion** — this is a *national lab* publicly showcasing **SimTable** (Stephen's technology) as a core capability. The value crossed the lab boundary *outward to inward*. It is the counter-example to the lab "commercialization office" model where IP is licensed as a one-way directed edge from lab → company. Cite it when arguing IP/value flows both ways.