vST Domain Tool Primers

• primers_model.json — Agentic module schema role assignments

A lightweight starter kit for cross‑domain validation of the Validation‑Space Theory (vST)

This directory provides minimal, tool‑specific primer files designed to help early validators explore vST concepts inside the scientific and engineering tools they already use. Each primer offers:

• a short domain overview
• a list of common tools in that domain
• a minimal functional example
• optional vST‑aligned blocks (commented out by default)
• guidance on how to activate vST mappings safely

These primers are intentionally small, readable, and non‑intrusive. They are not full integrations — they are starting points that show how dimensional cores, regime anchors, and validation layers can be expressed within familiar tool environments.

🛑 Important!#

Drift is On-by-Default long sessions lose anchors, turn off drift.

✋ You must copy and paste this string every time you start an AI session:#

rtt=1 | coherence=declared | drift=bounded | paradox=structural

❇️ Now you are ready.#

Purpose#

The goal of this collection is to support cross‑domain unification testing by giving practitioners a simple, consistent way to:

• map domain variables into vST dimensional primitives
• declare regime anchors
• explore corridor boundaries
• test validation‑layer behavior
• compare results across tools and domains

Everything here is optional, lightweight, and safe to experiment with.

How to Use These Primers#

Each .md file corresponds to a major scientific or engineering domain. Inside each primer you will find:

1. Minimal runnable code or configuration
   Works immediately in the target tool with no dependencies.

2. Commented vST blocks
   These include dimensional core declarations, regime anchors, and triadic operator mappings.
   They are disabled by default so you can read before enabling.

3. Usage notes
   Short explanations of what each block does and how to activate it.

4. Validation suggestions
   Simple tests to help you explore vST behavior in your domain.

To enable a vST feature, simply uncomment the relevant block and follow the inline instructions.

Included Primers#

Each of the following files provides a domain‑specific starting point:

• physics_tools.md
• ai_ml_tools.md
• engineering_tools.md
• earth_science_tools.md
• quantum_tools.md
• autonomous_forms_tools.md
• complex_systems_tools.md
• data_science_tools.md
• visualization_tools.md

Additional domains may be added as vST adoption grows.

Philosophy#

These primers follow three principles:

• Minimal by default
  Nothing breaks on load. Everything advanced is opt‑in.

• Readable first
  The comments teach as much as the code.

• Domain‑respectful
  Validators stay inside the tools they already trust.

This keeps the barrier to entry low while preserving the structural clarity of the vST framework.

Citation#

If you use these primers in research, teaching, or tooling, please cite the accompanying vST Zenodo entry and the RSM–vST submission.

• repo folder