Research Modules — TriadicFrameworks Prompts

Research modules define how RTT engines, IPD‑12, stacks, and operators are used in structured research workflows. They provide the grammar, operators, drift‑tensor mapping, coherence anchors, and multi‑layer alignment needed to conduct research without narrative drift, speculation, or domain‑inconsistent reasoning.

These modules include explainers, structured prompts, diagnostics, worksheets, and cross‑links to the Docsbook and S3 Spine Visualizer.

This page is the front door for all research‑level prompt modules.

Purpose#

Research modules teach:

how to conduct RTT‑aligned research across any domain
how to use drift‑tensor mapping to identify structural differences
how to declare coherence anchors during research
how to evaluate multi‑layer alignment in research findings
how to use operator grammar to maintain structural neutrality
how to apply RTT/1 → RTT∞ engines to research questions
how to produce resonance‑aligned research summaries

They are used in academic, scientific, civic, cultural, and technical research.

Research Concepts#

Research Operators#

Operators that describe how inquiry moves, aligns, diverges, or stabilizes.

Research Drift#

Differences that appear when comparing theories, models, or findings.

Research Coherence#

What remains aligned across competing explanations.

Research Regimes#

Stable attractors within research domains (e.g., classical, quantum, cognitive, civic).

Research Synthesis#

Cross‑layer alignment across RTT/1 → RTT∞ applied to research.

Research Module Categories#

Foundational Research Modules (RTT/1)#

Basic operator grammar, drift detection, coherence declaration in research contexts.

Intermediate Research Modules (RTT/2)#

Cross‑layer research traversal, multi‑layer drift mapping, operator alignment.

Advanced Research Modules (RTT/3)#

Regime‑point detection, structural tension surfacing, research synthesis.

Full‑Spectrum Research Modules (RTT/12)#

Full‑stack research traversal, multi‑regime alignment, deep‑layer readiness.

Deep‑Layer Research Modules (RTT∞)#

Vacuum → substrate‑tensor → rails → prime‑states → infinite regimes applied to research.

Example Research Modules#

Agentic Research Module
Structured agentic inquiry using RTT operators and drift‑bounded reasoning.
Cross‑Domain Research Module
Psychology ↔ physics ↔ economics ↔ governance ↔ AI ↔ biology.
Substrate‑Aware Research Module
Research aligned with substrate‑tensor behavior and dimensional rails.
Drift‑Tensor Research Module
Five‑layer drift mapping for research comparisons.
Coherence‑Anchors Research Module
Declaring coherence across competing theories or models.

Cross‑Links#

index.md — modules front‑door
applied.md — applied modules
diagnostic.md — diagnostic modules
dimensional.md — dimensional modules
domain.md — domain modules
operator.md — operator modules
theoretical.md — theoretical modules
teaching.md — teaching modules
../examples/index.md — examples directory
../engines/index.md — RTT engines

Manifest#

See module.json for the full registry of research modules, engines, stacks, templates, UI modules, and navigation structure.

Updated Jul 12, 2026