RealNet

Interpretation network of Real Science

Overview

RealNet is the interpretation network of Real Science. It is the corridor that turns observed structure, recorded states, or canonical references into comparable software objects such as target vectors, recipes, virtual responses, and residual-aware outputs.

Core role

RealNet exists to connect input, comparison, and explanation without collapsing everything into opaque inference. It is meant to preserve readable software structure between observation and evaluation.

Basic interpretation sequence

Input or observation

Feature extraction

Dictionary projection

Recipe estimation

Virtual response

Residual comparison

Why RealNet matters

It keeps interpretation structured and inspectable.

It connects canonical references to live comparison workflows.

It supports residual-aware reasoning instead of unsupported assertion alone.

It provides a software bridge between instruments and verification.

Relationship to Heliotron

Heliotron provides canonical reference states and instrument-linked run records. RealNet uses those records as dictionary material or structured comparison anchors.

Open Heliotron

Relationship to CRL

RealNet helps generate interpretation-side outputs such as projections, recipes, and residuals.

CRL preserves the ledger and claim-evaluation side of that process.

Open CRL

Relationship to software corridor

RealNet connects naturally to the software corridor through GeoQ, Arcadia, data schemas, and verification-oriented prompt packs.

Open RealNet Software Notes

Open GeoQ Overview

Open Arcadia Overview

Starter interpretation

In the current public site, RealNet is a software and interpretation anchor: the place where observed structure can be turned into structured comparison and refinement rather than remaining isolated or unexplained.

Conceptual software objects

RunRecord

Dictionary

TargetVector

Recipe

VirtualResponse

ResidualReport

Related pages

Heliotron

CRL

Software

Data Schemas

Development-status note

RealNet is released as developed and may be reiterated as the software and interpretation corridors become more explicit. Earlier versions remain part of the interpretive record unless explicitly deprecated.