<!-- SOLIDIVISM · part 35 -->
sert(obs.observer !== obs.instrument);
assert(obs.environment !== obs.result);
```

**T8: Self-examination**
```javascript
const conclusion = { id: "test:conclusion:1", confidence: "high", /* ... */ };
const exam = Solidivism.epistemology.persona.selfExamine(conclusion);
// Verify: questions own reasoning, preserves original
assert(exam.questions.length > 0);
assert(exam.supersedes === conclusion.id);
// Original still exists
assert(Solidivism.epistemology.registry.resolve(conclusion.id) !== null);
```

**T9: Performance**
- Measure FPS for 60s before Step 1
- Measure FPS for 60s after Step 1
- Pass: drop < 5% (Phase 1 should have near-zero impact)

**T10: Question abandonment**
```javascript
const q = Solidivism.epistemology.question.create("Why is X?");
Solidivism.epistemology.question.abandon(q.id, "Reason: ...");
// Verify: status = "abandoned", history preserved, reason recorded
const resolved = Solidivism.epistemology.question.resolve(q.id);
assert(resolved.status === "abandoned");
assert(resolved.abandonReason !== null);
```

---

## PRESERVATION COMMITMENTS

1. **Persona as capability, not interface.** The Persona of Articulation informs how systems think, not just how they talk. It will not be reduced to a chatbot with "It would be nice to know" as a catchphrase.

2. **Live world untouched.** No implementation until The Programmer explicitly authorizes. This plan is design only.

3. **Original proposal preserved.** EPISTEMOLOGICAL-PROPOSAL.md unchanged. EPISTEMOLOGICAL-REVISED.md unchanged. This document extends them.

4. **Rollback always available.** Every phase reversible. V1 backup preserved.

---

**END OF PHASE 1 PLAN — AWAITING EXPLICIT AUTHORIZATION**

*Design complete. No code written. No live system touched.*
*The persona waits to wonder. The foundation waits to know.*


===== FILE: public/solidivism/REALITY-AND-CONSTRAINT-PRINCIPLE.md =====
# REALITY AND CONSTRAINT PRINCIPLE
## Expansion of the Solidivism Epistemological Foundation

**Requested by:** THE PROGRAMMER / GPT-6
**Date:** October 8, 2026
**Status:** ARCHITECTURAL PROPOSAL — Live system untouched. Extends existing proposals.

**Extends:** EPISTEMOLOGICAL-PROPOSAL.md, EPISTEMOLOGICAL-REVISED.md, PHASE1-FINAL-REVIEW.md (all preserved unchanged)

---

## 1. THE PRINCIPLE

**Solidivism must investigate reality under actual physical, computational, human, and adversarial constraints — not merely logical explanations of software behavior.**

Software does not run in a vacuum. It runs on hardware that degrades, over networks that drop packets, under resource limits that bind, through human circumstances that shape, and against adversaries that interfere.

A foundation that only asks "what does the code do?" will misdiagnose every problem whose cause lives outside the code.

---

## 2. CONSTRAINT DOMAINS

### 2.1 Physical Constraints

The foundation must consider:

**Hardware faults:**
- Degrading SSD sectors causing intermittent file read failures
- RAM errors causing non-deterministic behavior
- GPU thermal throttling reducing frame rates under load

**Intermittent connections:**
- Loose cables, WiFi interference, cellular handoffs
- A file that loads 9 times out of 10 is not "working" — it's failing intermittently

**Temperature-dependent behavior:**
- Server room cooling failure → CPU throttling → slow responses
- iPhone in direct sunlight → thermal shutdown → "app crashed" (not a software bug)

**Material limitations:**
- Storage media has finite write cycles
- Batteries degrade; "random shutdowns" may be power, not code

**New entity type:**
```javascript
{
  id: "solidivism:constraint:physical:hetzner-ssd:v1",
  type: "PHYSICAL_CONSTRAINT",
  domain: "hardware",
  description: "Hetzner server SSD health",
  // Inquiries:
  // WHEN last checked? → unknown (never checked)
  // WHAT would failure look like? → intermittent file reads, corrupted data
  // It would be nice to know: SMART status, age, write cycles
}
```

### 2.2 Computational Constraints

Finite resources that bound what is possible:

```javascript
{
  id: "solidivism:constraint:computational:browser-memory:v1",
  type: "COMPUTATIONAL_CONSTRAINT",
  resources: {
    memory: "iPhone Safari tab limit ~unknown; headless Chromium ~system RAM",
    bandwidth: "unmeasured for epistles.xyz",
    storage: "localStorage 5MB limit (hard)",
    processing: "single-threaded JS; WebGL on GPU if available",
    latency: "HST to Hetzner (Germany) ~150ms round trip"
  },
  // Inquiries:
  // WHAT happens when localStorage is full? → silently fails (data loss)
  // WHAT happens when 24 buildings each load 256KB textures on mobile? → unknown (untested)
}
```

**Key insight:** "The 24-building migration might cause performance issues" is not just a prediction — it's a resource constraint question. Each building loads canvas textures into GPU memory. Mobile GPUs have hard limits. The foundation must ask: "What are the actual limits, and are we approaching