Site Map
Content reference for primals.eco — every section and page count.
Content Reference
sporePrint contains 338 pages across 16 sections. Use the sidebar tree or nav bar for navigation — this page is a reference index.
Lab — 132 pages
Live validation results from a running NUCLEUS composition. 104 exported Jupyter notebooks with embedded charts, spring science hubs, provenance pipeline, compute access, pseudoSpore gallery, the liveSpore guideStone feed, and evidence documents.
Architecture — 40 pages
System design, the 15-primal catalog, 8-spring catalog, NUCLEUS composition model, ecosystem inventory, K-Derm topology, deployment model, evidence snapshot, evolution timeline, prior art analysis. Deep architecture docs: Golden Cage, Silicon Deism, Stadial/Interstadial, coordination triad (waterFall, rootPulse, Neural API), primal evolution and interactions, atlas memory palace.
Science — 33 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.
Thesis — 18 pages
Constrained Evolution — the formal academic argument connecting biology, computation, and sovereign infrastructure. 16 chapters from front matter through synthesis, plus references.
Philosophy — 15 pages
The “why” behind ecoPrimals — 12 atlasHugged essays organized as The Stories, The Framework, and The Synthesis, plus Sovereign Science, discussion, bibliography, and gen2 fossil lineage.
Methodology — 15 pages
Core theory (constrained evolution), the inoculum paper, AI-assisted development (K-NOME), the conversation constraint, massively parallel mentoring, prompt bank, sovereign publication, the spring creation playbook, knowledge commons targets, licensing (scyBorg + exception protocol), the P vs NP enzyme thesis, and Sharing the Pen.
Outreach — 14 pages
Partnership invitations, community landings, and articles — GPU manufacturers, game platforms, Valve/Steam, 99PI + Radiolab, neuromorphic hardware, homelab/LLM communities, and the broader sovereign computing community.
Products — 10 pages
esotericWebb, helixVision, lithoSpore, blueFish, lattice QCD explorer, initioChem, coralForge, nautilus, tideGlass, NF case study — tools that emerge from primal composition.
Technical — 8 pages
Grant-ready evidence, hardware economics, GPU pipeline architecture, drug discovery review, institutional HPC integration, teaching brief, barracuda compute gaps, neuromorphic benchmarks.
guideStone — 7 pages
The verification class — self-proving build artifacts, the five properties, deployment artifacts, deployable artifact standard, cross-substrate validation, and the live spore provenance feed.
Audience — 6 pages
Role-based entry points: faculty/PIs, students/core facilities, hardware builders, compliance reviewers, capability parity assessment, and faculty spring profiles.
Story — 3 pages
Builder narratives — the human experience of building sovereign infrastructure from scratch with AI-assisted constrained evolution.
Collaborators — 3 pages
External scientists whose work the ecosystem serves — gen5 science production profiles for Gonzales (NF), Jones (blueFish), and ABG (initioChem).
Glossary
Plain-language definitions of every ecosystem term. Start here if you’re new.
Contact
Who built this, how to reach them, and what kinds of engagement are welcome.
Taxonomy Pages
Generated automatically from front matter tags: