Construction A+ / PiAPlus
The current readout direction for assigning glyph identifiers to accepted basin candidates.
Construction A+ / PiAPlus is presented here as a simulation-backed reference readout path. Physical substrate transfer remains an active research target.
The Problem
An attractor simulation may produce stable candidate basins, but those basins do not automatically become usable symbols. They need identifiers, provenance, collision checks, entropy measurements, and replay validation.
Construction A+ / PiAPlus is the current proposed readout pipeline for assigning compact glyph identifiers to accepted basin candidates under explicit validation criteria.
Pipeline
1 Collect Basins
->
2 Local Fields
->
3 PEFP Projection
->
4 Quantize
->
5 Energy Bit
->
6 Encode Glyph
->
7 Replay Validate
Evidence Level
| Claim | Status |
|---|---|
| PiAPlus can be specified as a deterministic readout pipeline. | Demonstrated |
| PiAPlus can be evaluated by collision, entropy, replay, and provenance criteria. | Simulated |
| PiAPlus transfers cleanly to physical oscillator substrates. | Hypothesized |
Current Limits
- Independent replication is still needed.
- The public reproducibility package is the main near-term artifact.
- Physical substrate parity is not claimed as solved.
- Scaling behavior must be measured rather than assumed.