IndisputableMonolith.Measurement.RSNative.Calibration.SingleAnchor
This module supplies exact SI values for RS-native constants (c, h, hbar, tau0) and the single-anchor calibration record that maps RS units to SI without embedding CODATA numerals in core theory. Measurement and calibration authors cite it when reporting RS predictions in laboratory units. It consists entirely of definitions and positivity lemmas.
claimThe module defines $c_{ m SI}=299792458$ (exact, m/s), $h_{ m SI}$, $ar h_{ m SI}$, the protocol $ au_0$ seconds, and the record $\text{ExternalCalibration}$ that anchors RS-native quantities to SI via a single constant.
background
The parent modules establish an RS-native unit system whose base standards are ticks, voxels, coherence, and action with $\tau_0=1$ (RSNativeUnits), an explicit seam that keeps all SI conversion outside core theory via an ExternalCalibration record (SI), and a Lean-first scaffold that treats SI/CODATA as optional calibration only (Core). SingleAnchor supplies the concrete SI numerals and the hygienic protocol that realizes the single-anchor case of that seam.
proof idea
This is a definition module, no proofs.
why it matters in Recognition Science
The module feeds the CalibrationCert and calibration_protocol_hygienic objects that appear among its siblings. It supplies the concrete SI anchor required by the RSNativeUnits and SI modules so that downstream measurement statements can be reported in laboratory units while preserving the separation between RS-native theory and external calibration.
scope and limits
- Does not embed arbitrary CODATA values into core RS theory.
- Does not implement multi-anchor or iterative calibrations.
- Does not prove numerical equivalence between RS-native and other unit systems.
- Does not contain measurement protocols beyond the single-anchor case.
depends on (3)
declarations in this module (15)
-
def
c_SI -
lemma
c_SI_pos -
def
h_SI -
lemma
h_SI_pos -
def
hbar_SI -
lemma
hbar_SI_pos -
def
tau0_seconds_protocol -
theorem
tau0_seconds_protocol_hygienic -
def
externalCalibration_of_tau0_seconds -
structure
CalibrationCert -
def
calibration -
theorem
calibration_protocol_hygienic -
theorem
c_reports_exact -
theorem
one_act_reports_hbar -
def
mkCert