How floatingpragma/observer-patch-holography works
Observer Patch Holography is a research program that reconstructs physical structures from bounded observers, their records, and consensus. The README describes a conceptual route from observer consistency through spacetime, fields, quantum structure and matter to constants and empirical tests; the tree contains separate research lanes rather than one demonstrated runtime pipeline. The graph preserves these major branches. Some subsystem paths are exact directories because their implementation was not sampled, so uncertain implementation-level links are omitted.
Main entry points: consensus Consensus reconstruction · geometry Observer geometry · a5_closure Gauge classification · calibration Particle calibration
Components 18
Observer consensus
- Consensus reconstruction
code/consensus - Paired source routes
code/source_native_programs/routes.py - Checkpoint histories
code/source_checkpoint_selection/pipeline.py - Routing refinement
code/source_routing_refinement/storage.py
Spacetime and fields
- Causal refinement
code/causal_refinement - Observer geometry
code/geometry - Electromagnetic fields
code/electromagnetism
Quantum and matter
- Thermodynamic laws
code/elementary_laws - Quantum transport
code/m1_quantum_transport - Gauge classification
code/a5_closure - Matter construction
code/a5_closure - Particle calibration
code/particles/calibration - IBM quantum lane
code/ibm_quantum_cloud/programs
Constants and tests
- Pixel fixed point
code/P_derivation - Capacity cosmology
code/cosmology - Prediction ledger
code/cosmology/postdiction_ledger - Lattice calculations
code/particles/hadron
Other components
- Researcher
Connections 18
- Researcher → Consensus reconstruction: studies
- Consensus reconstruction → Paired source routes: constructs routes
- Consensus reconstruction → Checkpoint histories: reconstructs histories
- Consensus reconstruction → Routing refinement: refines records
- Consensus reconstruction → Causal refinement: constrains geometry
- Consensus reconstruction → Observer geometry: supports reconstruction
- Observer geometry → Electromagnetic fields: supports field theory
- Consensus reconstruction → Thermodynamic laws: motivates repair laws
- Consensus reconstruction → Quantum transport: supports probabilities
- Consensus reconstruction → Gauge classification: constrains symmetry
- Gauge classification → Matter construction: classifies matter grammar
- Matter construction → Particle calibration: supports physical predictions
- Consensus reconstruction → Pixel fixed point: sets closure target
- Consensus reconstruction → Capacity cosmology: sets capacity target
- Particle calibration → Prediction ledger: compares predictions
- Capacity cosmology → Prediction ledger: records comparisons
- Researcher → Lattice calculations: examines calculations
- Researcher → IBM quantum lane: runs hardware studies