Skip to content
🍄 sporePrint
  • Science
  • Architecture
  • guideStone
  • Products
  • Lab
  • Primals
  • Springs
  • GitHub
Site Map
  • 📖 Glossary
  • 🧭 Audience
  • 🔬 Science
  • 🏗️ Architecture
  • 🧬 Methodology
  • ⚙️ Technical
  • 🪨 guideStone
  • 🌱 Products
  • 🧫 Lab
    • lithoSpore — LTEE Reproduction and Portable Validation
    • Compute Access — ABG Compute Lab
    • groundSpring Validation Summary
    • Reproduce It Yourself
    • wetSpring Validation Results
    • Provenance Pipeline
    • pseudoSpore Gallery
      • healthSpring Clinical PK-PD
      • hotSpring CompChem GuideStone
    • Spring Science Hubs
    • Public Notebooks
  • Philosophy
  • Site Map
  • 🌱 sporeGarden
    • blueFish — Sovereign Data Pipeline
    • esotericWebb — Cross-Evolution CRPG
    • helixVision — Self-Hosted Structure Prediction
    • initioChem — Interactive Computational Chemistry
    • Sovereign Lattice QCD — Pure Rust Gauge Theory on Consumer GPUs
    • 🧫 cellMembrane
    • 🏛️ projectFOUNDATION
    • ⚛️ projectNUCLEUS
    • 🪨 lithoSpore
  • Primals Index
  • Springs Index

🧬 pseudoSpore Gallery

Hosted pseudoSpore artifacts — reproducible science packages with provenance

The pseudoSpore gallery hosts self-contained, reproducible computation packages emitted by validated springs. Each pseudoSpore contains raw data, derivation commands, configuration files, provenance braids, and integrity checksums.

Verification protocol: Download the lithoSpore archive, run the derivation commands in TRANSLATE.md, compare outputs against receipts/checksums.blake3. No trust required — every result is independently derivable from raw data.

Available pseudoSpores

Browse the gallery below. Each page shows the domain profile, module validation status, provenance chain, and a link to download the lithoSpore archive.

PROFILE_READYv0.1.0

healthSpring Clinical PK-PD

Clinical Pharmacology

Clinical pharmacokinetics and pharmacodynamics — drug interaction prediction and population modeling

0/6 moduleshealthSpring
COMPLETEv1.6.1

hotSpring CompChem GuideStone

Computational Chemistry

Computational chemistry validation — free energy landscapes via well-tempered metadynamics

7/8 moduleshotSpring

ecoPrimals — self-hosted scientific computing.
Code: AGPL-3.0-or-later · Mechanics: ORC · Docs: CC-BY-SA 4.0

The science is not a claim — it is executable evidence.

Certified: 2026-06-01 | Verify