Marc Rejohn Castillano 5cb6561924 added ruflo

2026-04-09 19:01:53 +08:00

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Quantum Research GOAP Execution Summary

Quick Reference

Project: Observer-Agnostic Measurement Theorem Implementation Status: Planning Complete ✅ Next Action: 1.1 Formalize Theorem

Key Metrics

Metric	Value
Total Actions	47
Critical Path Length	18 actions
Estimated Duration	28-40 weeks
Budget Required	$280,000
Success Probability	85%
Parallel Opportunities	23 actions
Speedup Potential	1.43×

Phase Overview

Phase 1: Theoretical Foundation       (Weeks 1-2)   Cost: 9    [██████]
Phase 2: Simulation Infrastructure    (Weeks 2-4)   Cost: 19   [████████████]
Phase 3: Testing & Validation         (Weeks 3-5)   Cost: 15   [██████████]
Phase 4: Computational Validation     (Week 5)      Cost: 3    [██]
Phase 5: Experimental Design          (Weeks 6-8)   Cost: 23   [██████████████]
Phase 6: Hardware & Lab Setup         (Weeks 9-16)  Cost: 34   [████████████████████]
Phase 7: Data Collection              (Weeks 17-20) Cost: 17   [███████████]
Phase 8: Analysis & Interpretation    (Weeks 21-22) Cost: 14   [█████████]
Phase 9: Publication                  (Weeks 23-24) Cost: 17   [███████████]

Critical Path

START → Formalize Theorem → Verify Proof → Define Predictions
      → Design Apparatus → Pre-registration → Secure Funding
      → Procure Hardware → Build Setup → Calibrate
      → Data Collection → Statistical Analysis → Paper → END

Immediate Next Steps

Step 1: Initialize Project Structure

mkdir -p observer-invariance/{src,tests,docs,examples,data}
cd observer-invariance
cargo init --lib
git init

Step 2: Begin Theorem Formalization

Convert informal statement to LaTeX
Define all mathematical objects precisely
State assumptions and falsification criteria
Target: 3-5 days

Step 3: Start Rust Implementation

Set up project with nalgebra, num-complex dependencies
Implement basic quantum math primitives
Write initial test suite
Target: 2-3 days (parallel with Step 2)

Resource Requirements

Minimum Team

1× PI (quantum theorist) - 20% time
1× Postdoc/Grad Student - 100% time
1× Software Developer - 50% time (Weeks 2-5)
1× Lab Technician - 50% time (Weeks 13-20)
1× Statistical Consultant - as needed

Budget Breakdown

Category	Amount
Personnel	$70,000
Hardware (SPDC, detectors, optics)	$120,000
Lab Space & Operations	$15,000
Publication & Dissemination	$5,000
Contingency (20%)	$70,000
TOTAL	$280,000

Risk Mitigation Priority

🔴 CRITICAL: Secure funding early (40% risk of delay)
🟡 HIGH: Order long-lead hardware immediately (30% risk)
🟡 MEDIUM: Hire experienced experimentalist (20% risk)
🟢 LOW: Multiple journal submission targets identified

Success Criteria

Simulation Phase (Weeks 1-5)

✅ All tests pass with 95%+ coverage
✅ Singles invariance verified to machine precision
✅ Duality bound V² + D² ≤ 1.0 confirmed
✅ CLI generates publication-quality figures

Experimental Phase (Weeks 6-20)

✅ Apparatus achieves V > 0.98, S > 2.5
✅ 15M events collected across 3 controllers
✅ Drift logs show stability < 0.1%/hour
✅ Blinding protocol maintained throughout

Analysis Phase (Weeks 21-22)

✅ Equivalence confirmed: |Δp| < 5×10⁻⁴
✅ No controller-dependent effects detected
✅ All systematics ruled out
✅ Results match simulation predictions

Publication Phase (Weeks 23-24)

✅ Paper submitted to peer-reviewed journal
✅ Code + data published with DOIs
✅ Preprint available on arXiv
✅ Reproducibility documentation complete

Parallel Execution Clusters

Cluster A: Theory + Simulation (Weeks 2-4)

Spawn 5 agents concurrently:

Theorist: Formalize theorem
Rust Dev A: math.rs module
Rust Dev B: eraser.rs module
Rust Dev C: duality.rs module
Test Engineer: Comprehensive test suite

Cluster B: Experimental Design (Weeks 6-8)

Spawn 4 agents concurrently:

Optical Designer: Apparatus CAD + BOM
Experimentalist: Calibration protocols
Statistician: Analysis plan + power analysis
Coordinator: Integrate into pre-registration

Cluster C: Publication (Weeks 23-24)