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Create comprehensive research-lab pack structure with mathematical and quantum computing modules from blackroad-prism-console: Math Modules: - hilbert_core.py: Hilbert space symbolic reasoning - collatz/: Distributed Collatz conjecture verification - linmath/: Linear mathematics C library - lucidia_math_forge/: Symbolic proof engine - lucidia_math_lab/: Experimental mathematics Quantum Modules: - lucidia_quantum/: Quantum core - quantum_engine/: Circuit simulation Experiments: - br_math/: Gödel gap, quantum experiments Includes pack.yaml manifest and comprehensive README. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude <noreply@anthropic.com>
179 lines
4.8 KiB
YAML
179 lines
4.8 KiB
YAML
# BlackRoad OS Research Lab Pack
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# Mathematical and Quantum Research Infrastructure
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id: pack.research-lab
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name: "Research Lab"
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version: "1.0.0"
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description: "Mathematical research, quantum computing experiments, and computational proofs"
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owning_team: blackroad-research
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repo: blackroad-os-pack-research-lab
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status: active
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risk_level: medium
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# Domain areas
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domains:
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- mathematics
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- quantum_computing
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- proof_systems
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- number_theory
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- computational_research
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# Associated agents
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agents:
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- agent.lucidia.core
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- agent.lucidia.math
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- agent.research.assistant
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# Module registry
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modules:
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# Core Mathematics
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math:
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- id: hilbert_core
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name: "Hilbert Space Symbolic Reasoning"
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path: math/hilbert_core.py
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description: "Quantum-inspired symbolic reasoning with density matrices and truth degrees"
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capabilities:
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- projector_construction
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- density_matrices
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- truth_degree_computation
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- luders_measurement
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- tensor_products
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dependencies: [numpy]
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- id: collatz
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name: "Collatz Conjecture Verification"
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path: math/collatz/
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description: "Distributed Collatz counterexample search with LLM-assisted verification"
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capabilities:
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- chunk_orchestration
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- worker_distribution
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- verification_pipeline
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components:
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- orchestrator.py
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- worker.py
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- verifier.py
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- db.py
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- id: linmath
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name: "Linear Mathematics Library"
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path: math/linmath/
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description: "C header library for vectors, matrices, and transformations"
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capabilities:
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- vector_operations
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- matrix_operations
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- quaternions
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- transformations
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language: c
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- id: lucidia_math_forge
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name: "Lucidia Math Forge"
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path: math/lucidia_math_forge/
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description: "Symbolic proof engine with contradiction tracking"
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capabilities:
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- symbolic_proofs
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- operator_definitions
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- number_theory
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- dimensional_analysis
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- fractal_generation
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components:
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- proofs.py
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- operators.py
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- numbers.py
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- dimensions.py
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- fractals.py
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- sinewave.py
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- id: lucidia_math_lab
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name: "Lucidia Math Lab"
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path: math/lucidia_math_lab/
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description: "Experimental mathematics with interactive exploration"
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capabilities:
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- prime_exploration
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- trinary_logic
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- quantum_finance
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- recursion_experiments
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- iterative_construction
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components:
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- prime_explorer.py
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- trinary_logic.py
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- quantum_finance.py
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- recursion_sandbox.py
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- iterative_math_build.py
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# Quantum Computing
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quantum:
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- id: lucidia_quantum
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name: "Lucidia Quantum Core"
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path: quantum/lucidia_quantum/
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description: "Quantum simulation and computation"
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- id: quantum_engine
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name: "Quantum Engine"
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path: quantum/quantum_engine/
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description: "Quantum circuit simulation and execution"
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# Experiments
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experiments:
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- id: br_math
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name: "BlackRoad Math Experiments"
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path: experiments/br_math/
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description: "Experimental mathematical concepts and gap analysis"
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components:
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- godel_gap.py # Gödel incompleteness gap scoring
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- qt3.py # Quantum computation experiments
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- abacus_gate.py # Gate operations
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- noether_care.py # Noether's theorem applications
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# Research Areas
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research_areas:
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number_theory:
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description: "Prime numbers, Collatz conjecture, Riemann hypothesis"
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modules: [collatz, lucidia_math_lab]
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proof_systems:
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description: "Symbolic proofs, contradiction detection, formal methods"
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modules: [lucidia_math_forge, hilbert_core]
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quantum_computing:
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description: "Quantum circuits, simulation, quantum-classical hybrid"
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modules: [lucidia_quantum, quantum_engine]
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computational_geometry:
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description: "Linear algebra, transformations, spatial computing"
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modules: [linmath, hilbert_core]
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logic_systems:
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description: "Trinary logic, non-classical reasoning, fuzzy logic"
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modules: [lucidia_math_lab]
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# Integration points
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integrations:
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- qlm_lab:
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description: "Integration with Quantum Logic Math Lab in BlackRoad-Operating-System"
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path: /qlm_lab
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sync: bidirectional
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- agents_registry:
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description: "Agent personality integration for research assistants"
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path: /blackroad-os-agents-work
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sync: outbound
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# Scheduled tasks
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schedules:
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daily_verification:
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cron: "0 2 * * *"
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task: "Run Collatz verification status check"
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module: collatz
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weekly_analysis:
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cron: "0 3 * * 0"
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task: "Generate research progress report"
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module: all
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# Documentation
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docs:
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- README.md
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- RESEARCH_AREAS.md
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- API_REFERENCE.md
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- EXPERIMENT_LOG.md
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