icroot.ca — Illustrative educational model, not a validated physical simulation

THE REGENERATION EXPERIMENT

Reproduce a load-bearing steel bracket after the original workshop disappears. Break it, inspect what survived, rebuild it elsewhere, gate it, prove it independently, verify it, and repeat it at a second facility.

Tiers: UCR — Universal Capability Representation · UCA — Universal Capability Architecture · TPC — Thermodynamic Physical Compiler · CIP — Capability Into Progress · PAC — Planetary Autonomous Compiler. SMC / Somatic Symbiosis are cross-tier mechanisms, not tiers. DCIA is PROPOSED, separate, not a sixth tier. CIP level is not assigned here — scale/rubric unresolved. Documentation does not establish competence. Simulated success does not establish physical feasibility.

FINAL OUTCOME (driven by the state below, not by a checklist click): UNRESOLVED

Not yet determined. Work through the stages; the outcome stays UNRESOLVED until Facility C is attempted.

PAC: UCR Packet (Boneyard Specification, Sensory Map, Drill Regimen, Proof Gate) transfers across the network. The package travels; the expert does not. The receiving facility must still calibrate local materials, train its local operator, and pass local ΔV inspection.

Stage 1 — Destroy the original capability

Workshop A is running. Remove one thing and watch production fail. Removing equipment, the operator, material expertise, or the environment each breaks a real dependency — the SVG network below redraws live.

EQUIOPEREXPEENVIPRODUCING

Workshop A is producing brackets.

Acceptance tests — live status

  1. ○ 1 Remove a critical original capability
  2. ○ 2 Observe the resulting dependency failure
  3. ○ 3 Inspect the surviving UCR information
  4. ○ 4 Reconstruct the capability elsewhere
  5. ✓ 5 Trigger individual TPC gate failures
  6. ✓ 6 Observe that one failed gate blocks progression
  7. ○ 7 Demonstrate competence without the original expert
  8. ○ 8 Complete an independent verification
  9. ○ 9 Test reproduction at a second facility
  10. ○ 10 See an honest final outcome: PASS, BLOCKED or UNRESOLVED

Tests 5–6 are marked live when a gate has been tripped and the block observed; test 10 only counts once Facility C has been attempted. Reduced motion: off.

Reused standalone modules (own state — they demonstrate, they do not drive the experiment outcome)

VIS-03 // THERMODYNAMIC PHYSICAL COMPILER (TPC)

Six Physical Gates: trip any switch

Conjunctive Physical Law: All six gates (ΔE, ΔM, ΔG, Δτ, ΔK, ΔV) must be satisfied. One failed gate blocks the operation; an unresolved physical condition remains unresolved.

COMPILER PASS // EXECUTION PERMITTED
GATE 01PASS
ΔE Energy
165A DCEN / 18.4V
GATE 02PASS
ΔM Material
SA-516 Gr.70 + ER70S-2
GATE 03PASS
ΔG Geometry
37.5° Bevel / 2.4mm Root
GATE 04PASS
Δτ Time / Rate
Interpass ≤ 175°C / 2.1 mm/s
GATE 05PASS
ΔK Human Competence
Unassisted γ = 0.0 Qualified
GATE 06PASS
ΔV Verification
Bridge-Cam + NDT Pass

VIS-01 // UNIVERSAL CAPABILITY RECORD (UCR)

UCR Four-Block Assembler: what travels

Uncheck any block and try to transmit. UCR Packet (Boneyard Specification, Sensory Map, Drill Regimen, Proof Gate) transfers across the network. The package travels; the expert does not. The receiving facility must still calibrate local materials, train its local operator, and pass local ΔV inspection.

[READY]: All 4 UCR blocks present. Ready to transmit capability package to the receiving facility.

VIS-06 // SOMATIC SYMBIOSIS & PROGRESSIVE ASSISTANCE

The γassist fader: assisted success ≠ competence

Multimodal capture and AOMI prime the learner and structure the drill regimen; they do not install motor skill in the brain. Competence requires physical practice, somatic adaptation, and unassisted execution at γassist = 0.0.

ADAPTIVE ASSISTANCE (γassist):γassist = 0.7

Assisted execution at γassist = 0.7. Competence is NOT yet established.