Site Map
Complete content tree for primals.eco — every section, every page, organized for navigation.
All Content
sporePrint contains 222 pages across 10 sections. This page lists every section with its contents and page count.
Lab — 129 pages
Live validation results from a running NUCLEUS composition. 104 exported Jupyter notebooks with embedded charts, spring science hubs, provenance pipeline, compute access, and the liveSpore guideStone feed.
Science — 31 pages
baseCamp papers reproducing peer-reviewed research in pure Rust, grouped by domain (physics, microbiology, immunology, neural/computation, game science, provenance/economics), plus reference documents.
Architecture — 19 pages
System design, the 15-primal catalog, 8-spring catalog, NUCLEUS composition model, ecosystem inventory, K-Derm topology, deployment model, evolution timeline, prior art analysis.
Methodology — 7 pages
Core theory (constrained evolution), AI-assisted development (K-NOME), the spring creation playbook, knowledge commons targets, licensing (scyBorg), and the P vs NP enzyme thesis.
Technical — 6 pages
Grant-ready evidence, hardware economics, GPU pipeline architecture, drug discovery review, institutional HPC integration, teaching brief.
Audience — 5 pages
Role-based entry points: faculty/PIs, students/core facilities, hardware builders, compliance reviewers, capability parity assessment.
guideStone — 5 pages
The verification class — self-proving build artifacts, the five properties, deployment artifacts, cross-substrate validation (5 substrates, 40/40 bit-identical), and the live spore provenance feed.
Products — 5 pages
esotericWebb, helixVision, blueFish, lattice QCD explorer — tools that emerge from primal composition.
Glossary
Plain-language definitions of every ecosystem term. Start here if you’re new.
Philosophy
The “why” behind ecoPrimals — constrained evolution as a design philosophy.
Taxonomy Pages
Generated automatically from front matter tags: