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Translation Test: Conventional and Observational CVCC Anchors

Source: SI and astronomical unit definitions used as sentence-level technical prose

Reference: exact definitions for the mole, astronomical unit, and Julian year

Status: Draft — first pass

Purpose

This batch is the direct follow-on to CVA-001. The previous batch proved that CVCC mathematical and physical constants can appear in ordinary corpus sentences with decimal and scientific notation. This batch tests the other half of the same tier: conventional and observational unit anchors.

The question is narrower than a full astronomy or chemistry translation. It is simply whether a CVCC unit anchor can head a normal nu measurement phrase inside a clause and take an exact helms identity reading without extra grammatical scaffolding.

Corpus sentences from this batch: S935–S937.

Vocabulary Framework

No new vocabulary is introduced. The batch activates existing CVCC anchors already defined in the anchor inventory:

Form Reading Status
wels mole existing CVCC conventional unit anchor
holf astronomical unit existing CVCC observational anchor
hulm Julian year existing CVCC calibrated time anchor

It also reuses existing measurement domains:

Form Reading Role
nu ru-pe-ma quantity of atoms / atomic counting domain right-side count domain for mole definition
nu pa quantity of space / distance domain right-side distance domain for astronomical unit
nu ti quantity of time right-side time domain for Julian year

Source Values

The batch uses exact conventional values:

1 mol = 6.02214076 × 10^23 entities
1 AU = 149,597,870,700 m
1 Julian year = 31,557,600 s

All three are treated as exact-definition values, not measured approximations. That is why every sentence uses helms and none uses ~.

Clause-by-Clause Analysis

S935 — CUA-001-A — Exact mole definition

wels  nu  ru-pe-ma  helms  6.02214076 × 10^23  nu  ru-pe-ma

Written: wels nu rupema helms 6.02214076 × 10^23 nu rupema

Parse: - wels nu ru-pe-ma — one mole in the atomic counting domain - helms — strict identity / exact definition operator - 6.02214076 × 10^23 nu ru-pe-ma — exact atomic-entity count in standard notation

Natural reading: One mole of atoms is exactly $6.02214076 × 10^{23}$ atoms.

Notes: This is the first running-corpus use of wels. The clause keeps the measurement domain explicit on both sides, which makes the structure clearer than treating the mole as a bare disconnected symbol. Because the SI definition fixes the value exactly, approximation would be wrong here.

S936 — CUA-001-B — Exact astronomical-unit definition

holf  nu  pa  helms  149597870700  nu  pa

Written: holf nu pa helms 149597870700 nu pa

Parse: - holf nu pa — one astronomical unit of distance - helms — strict identity / exact definition - 149597870700 nu pa — exact distance quantity in standard numeral form

Natural reading: One astronomical unit of distance is exactly 149,597,870,700 meters.

Notes: This is the first running-corpus use of holf. It matters because holf is not merely a large number; it is an observationally inherited calibration anchor. The clause shows that the same helms pattern used for pure constants also works for conventionally fixed distance units.

S937 — CUA-001-C — Exact Julian-year calibration

hulm  nu  ti  helms  31557600  nu  ti

Written: hulm nu ti helms 31557600 nu ti

Parse: - hulm nu ti — one Julian year of time - helms — exact identity / calibration operator - 31557600 nu ti — exact time quantity in seconds

Natural reading: One Julian year of time is exactly 31,557,600 seconds.

Notes: This is the first running-corpus use of hulm. The sentence also keeps a useful distinction alive: hulm is a calibrated astronomical anchor, while ti-re remains the ordinary compositional notion of a cycle or year-like recurrence. The batch therefore exercises exact calibration, not just everyday time talk.

CUA-001 Batch Summary

Entry Form Key test
S935 (CUA-001-A) wels nu ru-pe-ma helms 6.02214076 × 10^23 nu ru-pe-ma exact counting-unit anchor
S936 (CUA-001-B) holf nu pa helms 149597870700 nu pa exact observational distance anchor
S937 (CUA-001-C) hulm nu ti helms 31557600 nu ti exact calibrated time anchor

Key findings:

  1. CVCC unit anchors behave like ordinary measurement heads. They do not need a special equation-only register.
  2. Exact unit anchors use the same helms logic as exact constants. There is no separate operator for conventional definition.
  3. Domain marking stays explicit and stable. nu ru-pe-ma, nu pa, and nu ti preserve dimensional clarity on both sides of the identity.
  4. The CVCC tier now has corpus evidence for both constants and units. Together, CVA-001 and CUA-001 cover the tier's two main jobs.

What remains open:

  • fuller astronomy prose that uses holf compositionally inside larger clauses
  • chemistry sentences that move from exact mole definition to reagent or stoichiometric use
  • deeper contrast between calibrated hulm and ordinary cycle language like ti-re

Colloquial Register Analysis

Form used CLQ entry Colloquial form Notes
wels nu ru-pe-ma none — CVCC unit anchor + counting domain; technical minimum
holf nu pa none — CVCC unit anchor + distance domain; technical minimum
hulm nu ti none — CVCC unit anchor + time domain; technical minimum
ru-pe-ma none — compositional counting domain; technical load-bearing

Verdict: irreducibly formal — the batch exists to preserve calibration-level exactness, and the current forms are already the shortest legitimate ones.

CLQ entries registered from this batch: none.