IndisputableMonolith.Measurement.RSNative.Core
The RSNative.Core module defines the measurement protocol for extracting RS observables from states or traces in native units. Alignment and calibration modules cite it to enforce consistent extraction before cross-agent comparison or SI reporting. The module consists of definitions for Protocol, Measurement, Status, Uncertainty, and related types with no proofs.
claimA measurement protocol extracts an observable $O$ from a state or trace $s$ via a map in RS-native units with time quantum $τ_0 = 1$ tick.
background
This module resides in the Measurement domain and supplies the foundational protocol for RS observables. It imports Constants, which fixes the RS time quantum $τ_0 = 1$ tick. Sibling definitions include Protocol, Measurement, Status, Window, Uncertainty, sigmaVal, intervalBounds, and hygienic utilities that encode extraction rules and error bounds.
proof idea
this is a definition module, no proofs
why it matters in Recognition Science
This module feeds the Alignment module, which records protocol-level invariants for cross-agent comparison without solving qualia issues; the SI Calibration adapter, which enforces separation from CODATA numerals; and the SingleAnchor module, which supplies concrete calibration without fit parameters. It establishes the explicit data seam required by the Recognition Science measurement framework.
scope and limits
- Does not solve qualia or ethics comparability across agents.
- Does not depend on CODATA numerals or external SI values.
- Does not supply concrete calibration protocols or fit parameters.
- Does not provide full cross-agent alignment theorems.
used by (3)
depends on (1)
declarations in this module (41)
-
inductive
Status -
structure
Protocol -
def
hygienic -
def
hygienicBool -
structure
Window -
def
instant -
def
stop -
inductive
Uncertainty -
def
sigmaVal -
def
intervalBounds -
structure
Measurement -
def
map -
def
mapWithProtocol -
def
mapUncertainty -
def
addNote -
def
addNotes -
abbrev
Observable -
structure
Quantity -
theorem
val_zero -
theorem
val_add -
theorem
val_sub -
theorem
val_neg -
theorem
val_smul -
inductive
TickUnit -
inductive
VoxelUnit -
inductive
CohUnit -
inductive
ActUnit -
inductive
CostUnit -
inductive
SkewUnit -
inductive
MeaningUnit -
inductive
QualiaUnit -
inductive
ZUnit -
abbrev
Tick -
abbrev
Voxel -
abbrev
Coh -
abbrev
Act -
abbrev
Cost -
abbrev
Skew -
abbrev
Meaning -
abbrev
Qualia -
abbrev
ZCharge