PAPER III: THE APPLICATION
[TITLE: {Paper I Claim} Applied to {Unexpected Domain}]
Format
This paper follows the Lowe FACTS Format adapted for cross-domain application. The claim from Paper I is deployed into a domain nobody expected. If it works in one field, it’s local. If it works in three, it’s structural.
SECTION 0: AXIOM DECLARATION
Foundational Axiom (from Paper I, restated for new domain):
[The same core axiom, but now contextualized for the application domain]
[F] FIND — THE UNEXPECTED DOMAIN
Where does this claim apply that nobody would have predicted?
The Domain: [Name the field — economics, biology, psychology, history, etc.]
Why This Domain Is Unexpected: [Why would nobody think to apply Paper I’s claim here? What makes this a genuine surprise rather than a forced connection?]
The Anomaly In This Domain: [What pattern exists in THIS domain that currently lacks explanation?]
[A] ADMIT — DOMAIN LIMITATIONS
| Element | Declaration |
|---|---|
| My expertise in this domain | [Honest assessment] |
| Sources relied on | [Who did I learn from?] |
| What I might be missing | [Domain-specific knowledge gaps] |
| Off-Ramp | What would prove this application is forced: |
[C] CLAIM — THE CROSS-DOMAIN THESIS
THESIS (one sentence):
[Paper I’s claim, as applied to this new domain]
The Structural Isomorphism:
| Element in Original Domain | Element in Application Domain | Shared Structure |
|---|---|---|
/PROBE CHECK
Is this a genuine structural isomorphism (shared logical architecture, constrains predictions in both domains)? Or merely analogical similarity (pattern looks similar but doesn’t constrain anything)? If analogical only, flag it and either strengthen or discard.
Prediction (If the application holds):
- [Observable consequence in new domain 1]
- [Observable consequence in new domain 2]
- [Observable consequence in new domain 3]
[T] TEST — DOES IT ACTUALLY WORK?
Evidence Table:
| # | Phenomenon in New Domain | Predicted by Paper I’s Claim | Actual Observation | Match? |
|---|---|---|---|---|
| 1 | ||||
| 2 | ||||
| 3 | ||||
| 4 | ||||
| 5 |
What the application EXPLAINS that existing domain theories don’t:
[This is the value proposition. If the application doesn’t explain anything new, it’s decoration.]
What the application GETS WRONG or can’t reach:
[Intellectual honesty. Where does the cross-domain mapping break down?]
[S] SNAP — KILL CONDITIONS
| # | Kill Condition | Threshold | Status |
|---|---|---|---|
| 1 | The isomorphism is analogical only (doesn’t constrain predictions) | Can’t produce novel testable prediction in new domain | |
| 2 | Domain experts identify fatal disanalogy | Structural element in one domain absent in other | |
| 3 |
THE UNIVERSALITY TEST
The Three-Domain Rule
A truly universal principle works in at least three independent domains. Track which domains this claim has been successfully applied to:
| Domain | Paper | Status |
|---|---|---|
| [Original domain from Paper I] | Paper I | ✓ Established |
| [This application domain] | Paper III | [Testing] |
| [Future candidate domain] | [Not yet written] | Candidate |
THE LOWE BATTERY (Domain-Specific)
| Test | Question | Pass/Fail |
|---|---|---|
| LCT | Does this domain show coherence decay when the principle is violated? | |
| LFT | Does constraint removal in this domain correlate with negative outcomes? | |
| LMT | Can the model predict future states in this domain? |
AUDIT BLOCK
Format: Lowe FACTS Format v1.0 (Application Variant)
Thesis Unit: DT-XXX
Paper: III (Cross-Domain Application)
Application Domain: [Named]
Author: David Lowe
Date: YYYY-MM-DD
Isomorphism Type: [Structural / Analogical / Mixed]
Kill Conditions Met: [ ] Yes [ ] No
Lowe Battery: LCT [P/F] LFT [P/F] LMT [P/F]