IndisputableMonolith.Measurement.RSNative.Calibration.SI
This module supplies SI conversion functions for RS-native action quanta (act) to joule-seconds. Researchers anchoring Recognition Science observables to laboratory units would cite it. It implements the conversion as the product of joules per coh and seconds per tick, using definitions imported from RSNativeUnits and Core.
claimThe module defines maps such as $to_joule_seconds(a) = a · (joules_per_coh × seconds_per_tick)$ that convert a number $a$ of action quanta to SI $J·s$, where one act equals one coh times one tick.
background
The module sits inside the RS-native measurement scaffold of Core, which treats ticks, voxels, coh, and act as base standards with $τ_0 = 1$ and $c = 1$. SI/CODATA values appear only as optional external calibration. It imports the ledger-primitive unit system from Constants.RSNativeUnits, whose doc-comment states that all physics can be expressed in these units without reference to SI.
proof idea
this is a definition module, no proofs
why it matters in Recognition Science
This module supplies the concrete conversion layer required by the downstream Single-Anchor SI Calibration module, which provides a single-anchor protocol for reporting RS-native measurements in SI without fit parameters. It completes the optional calibration step that keeps core theory (ticks/voxels/coh/act) independent of external units.
scope and limits
- Does not define core RS units or observables.
- Does not introduce fit parameters or data anchoring.
- Does not alter the native $c=1$, $τ_0=1$ setting.
- Does not provide multi-anchor or CODATA fitting procedures.