Domain Stack — TriadicFrameworks Prompts

The Domain Stack provides structured prompt families for analyzing, traversing, and aligning the six canonical TriadicFrameworks domains: psychology, physics, economics, governance, AI/agents, and biology.
It defines how RTT operators behave inside domains, how drift manifests across domain boundaries, and how coherence anchors stabilize cross‑domain reasoning.

Domain stack prompts are used in teaching, analysis, research, and multi‑domain structural evaluation.

Purpose#

The Domain Stack teaches:

  • how RTT engines reinterpret domain‑specific structures
  • how drift behaves inside and across domain boundaries
  • how coherence anchors stabilize domain reasoning
  • how domain operators propagate across layers and dimensions
  • how to evaluate cross‑domain alignment (psychology ↔ physics ↔ economics ↔ governance ↔ AI ↔ biology)
  • how to maintain structural neutrality while analyzing domain systems

It is one of the core stacks used across TriadicFrameworks.

Prompt Families#

Domain Identity Prompts#

Used to establish the core identity of a domain.

Examples:

  • Declare the identity of this domain.
  • Identify the core operators that define this domain.
  • Describe the structural commitments of this domain.
  • Surface the boundaries that constrain this domain.
  • Identify the relational topology inside this domain.

Domain Drift Prompts#

Used to identify differences within or between domains.

Examples:

  • Identify drift between these two domain interpretations.
  • Map domain drift across these boundaries.
  • Surface conceptual drift inside this domain.
  • Describe operational drift across these domain processes.
  • Declare domain drift between these two regimes.

Domain Coherence Prompts#

Used to declare what remains aligned despite domain differences.

Examples:

  • Identify shared purpose across these domains.
  • Declare boundary coherence between these domain structures.
  • Surface constraint coherence across these domain processes.
  • Identify goal coherence across these domain layers.
  • Declare structural continuity across these domain variations.

Domain Regime Prompts#

Used to surface presence, absence, tension, and attractor behavior.

Examples:

  • Identify domain presence in this system.
  • Surface domain absence in this model.
  • Declare domain tension across these layers.
  • Identify basin behavior in this domain regime.
  • Surface attractor patterns across this domain.

Cross‑Domain Alignment Prompts#

Used to evaluate stability across multiple domains.

Examples:

  • Evaluate alignment between these two domains.
  • Identify operator consistency across these domains.
  • Declare coherence across these domain transitions.
  • Surface substrate alignment across these domain conditions.
  • Evaluate dimensional alignment across these domain rails.

Stack Usage#

The Domain Stack is used in:

  • RTT/1 foundational domain analysis
  • RTT/2 multi‑layer domain mapping
  • RTT/3 structural synthesis across domains
  • RTT/12 full‑spectrum domain alignment
  • RTT∞ deep‑layer domain analysis
  • IPD‑12 paradox domain evaluation
  • Teaching modules (worksheets, posters, sessions)
  • Applied modules (datacenter, mythology, physics, teaching)
  • Research modules (agentic, cross‑domain, substrate‑aware)

It is one of the most frequently used stacks in the canon.

Prompts Site#

https://www.triadicframeworks.org/prompts/stacks/domain-stack/

Docsbook#

https://docs.triadicframeworks.org/docs/

S3 Spine Visualizer#

https://www.triadicframeworks.org/spine

GitHub Source#

https://github.com/umaywant2/TriadicFrameworks/tree/main/docs/prompts/stacks

  • structural-stack.md — structural operators
  • diagnostic-stack.md — diagnostic operators
  • operator-stack.md — operator grammar
  • substrate-stack.md — substrate behavior
  • teaching-stack.md — teaching workflows
  • ../modules/domain.md — domain modules
  • ../examples/index.md — domain examples

Manifest#

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

Updated