Overview
Heliotron is the canonical reference instrument of Real Science. Its role is to provide stable, structured, and comparable states that can be recorded, interpreted, and used as anchors for software and verification workflows.
Core role
Heliotron exists so the framework has a reference-side instrument corridor instead of relying only on free interpretation. It provides a stable source of canonical run records and state-linked outputs for comparison and refinement.
Why Heliotron matters
It preserves canonical reference structure.
It supports repeatable comparison across runs.
It grounds interpretation in instrument-linked state rather than abstraction alone.
It provides source material for RealNet and verification-linked workflows.
Basic instrument corridor
Canonical state families
Run records
Feature vectors
Structured output logs
Comparison-ready records
Relationship to RealNet
RealNet uses Heliotron-linked records as canonical comparison material. In the current public framework, Heliotron supplies the reference side and RealNet supplies the interpretation side.
Relationship to CRL
CRL preserves the verification and claim-record side of the system. Heliotron helps provide stable reference outputs that can later be evaluated, compared, and recorded in structured form.
Relationship to Instruments corridor
Heliotron is the current main anchor of the Instruments category and is the strongest existing public instrument reference in the site structure.
Starter interpretation
In the current public site, Heliotron is presented as a canonical reference instrument: a structured source of states and records that later software, verification, and ontology-linked workflows can build upon.
Conceptual record objects
Run ID
State ID
State family
Sequence number
Feature vector
Reference output record
Future development directions
Heliotron node pages
State-family pages
Run-record schema pages
Instrument-specific software notes
Reference-state catalogs
Development-status note
Heliotron is released as developed and may be reiterated as the instrument corridor becomes more explicit. Earlier versions remain part of the interpretive record unless explicitly deprecated.