IDG-1: PHYSICS BASIS FOR A UNIFIED RADIOISOTOPE-DRIVEN GOVERNED TOPOLOGY
IDG SERIES: PAPER 1 · VERSION 15 · 2026
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ABSTRACT
IDG-1 is the anchor paper for the decay-governed plasma line. It applies the Managed Plasma Environment isolated-plasma topology spine and Lambda-governance to a passively confined, decay-driven charged-particle domain. A sealed Am-241 source in argon is used as the bench-scale physics isotope for the low-density collisional validation regime. IDG-1 establishes static topology governance, passive magnetic confinement, decay-driven ionisation, curvature-capacity constraints, and DIGSP-Lite supervision. IDG-2 carries the line into dynamic governance and the MPE-8 invariant; IDG-3 carries it into charge extraction, watts-per-curie, and shielding mass. IDG-4 and IDG-5 are the governed Sr-90 power systems that inherit the validated architecture.
LINKED RESEARCH
ZENODO: IDG-1 v15
https://doi.org/10.5281/zenodo.22242503KEYWORDS
radioisotope decay governance; passively confined plasma; magnetic mirror confinement; DIGSP-Lite; Lambda-governance; MPE topology spine; decay-driven ionisation; Am-241 bench isotope; isolated-plasma lineage; zero-authority governance; RPPU roadmap; Griffiths Canon
LICENSABLE SYSTEM
IDG‑1: Physics Basis
Published architecture, system, model, or governed-field design