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| QUANTUM_RESEARCH_LITERATURE_REVIEW.md | ||
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Quantum Research Documentation
This directory contains research documentation, literature reviews, and implementation plans for quantum-related experiments and studies.
Literature Reviews
- QUANTUM_RESEARCH_LITERATURE_REVIEW.md - Comprehensive literature review covering:
- Quantum Measurement Theory (POVM formalism, Born rule, delayed-choice experiments)
- Rust Quantum Computing Libraries (nalgebra, num-complex, RustQIP)
- Experimental Design (photonic quantum eraser, SPDC, interferometers)
- Best Practices (pre-registration, reproducibility, error analysis)
- Implementation Considerations (scientific Rust projects, testing strategies)
Active Projects
Observer-Agnostic Measurement Experiment
Implementation plans and documentation for testing whether consciousness affects quantum measurement outcomes.
Location: ../../examples/Observer-Agnostic Measurement and No-Retrocausal Marginals Theorem/
Key Documents:
- Master Implementation Plan
- GOAP Analysis (Goal-Oriented Action Planning)
- Executive Summary
Timeline: 28-40 weeks (6-10 months) Budget: $280,000 Expected Outcome: Null result confirming observer-agnostic measurement
Research Areas
Quantum Foundations
- Observer-agnostic measurement theorem
- No-retrocausal marginals
- Wave-particle duality
- Quantum erasure experiments
Computational Simulation
- Rust-based quantum simulators
- POVM (Positive Operator-Valued Measure) implementations
- Bell state simulations
- Delayed-choice quantum eraser modeling
Experimental Physics
- Photonic quantum optics
- Type-II BBO crystal SPDC
- Single-photon detection
- Interferometer configurations
Statistical Analysis
- Chi-squared hypothesis testing
- TOST equivalence testing
- Power analysis and sample sizing
- Falsification criteria
Key Technologies
Simulation Stack:
- Rust 1.70+ (performance, safety, reproducibility)
- nalgebra 0.32 (complex matrix operations)
- num-complex 0.4 (complex number handling)
- statrs 0.16 (statistical tests)
- rayon 1.8 (parallelization)
- proptest 1.4 (property-based testing)
Experimental Hardware:
- 405nm pump laser
- Type-II BBO crystal (SPDC)
- Single-photon avalanche diodes (SPADs)
- Time-tagging modules (Swabian, PicoQuant)
- Quantum RNG (ID Quantique)
Related Resources
- Implementation Examples:
../../examples/ - GOAP Analysis:
../quantum-goap/ - Architecture:
../architecture/
References
- Nielsen & Chuang - Quantum Computation and Quantum Information
- Kim et al. (2000) - "A Delayed-Choice Quantum Eraser"
- Walborn et al. (2002) - "Double-slit quantum eraser"
- Englert (1996) - "Fringe Visibility and Which-Way Information"
Contributing
For quantum research contributions, please ensure:
- ✅ Pre-registration of experimental protocols
- ✅ Open data with DOI archiving
- ✅ Reproducible analysis code
- ✅ Clear falsification criteria
- ✅ Peer review compliance