UNNS SUBSTRATE — CROSS-CONSTANT DATA PACK
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This archive contains all datasets used in the cross-constant structural analysis
of physical systems under continuous deformation of fundamental constants.

The datasets are prepared for direct ingestion into the STRUC-I chamber.

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CONTENTS
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1. co_h2_converted_mu_tierA_packs_v1/
   Tier A molecular packs for:
   - H2 (hydrogen)
   - CO (carbon monoxide)

   Features:
   - vib/rot decomposition applied
   - μ-deformation:
       vibrational → β^(-1/2)
       rotational  → β^(-1)
   - 17-point β grid: [0.80 … 1.20]
   - includes levels and gaps ladders

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2. HD_mu_tierA_pack_inferred/
   Tier A-style pack for HD (hydrogen deuteride)

   Notes:
   - band structure inferred from HITRAN .par records
   - vib/rot split constructed algorithmically
   - same β-grid and formatting as other μ packs

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3. hcl_mu_pack_v1/
   Molecular μ pack for HCl

   Purpose:
   - additional molecular validation domain
   - cross-check of μ response outside hydrogenic systems

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4. n2_mu_pack_v1/
   Molecular μ pack for N2

   Purpose:
   - baseline symmetric diatomic system
   - used for resolution floor estimation and control behavior

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5. alpha_gamma.zip
   Cross-constant datasets for:

   - α (fine-structure constant)
   - αG (gravitational coupling)

   Includes:
   - atomic spectral ladders
   - geoid / cosmological proxy datasets

   Notes:
   - α column includes proxy-based datasets (non-Tier A)
   - αG column implemented via Tier A-compatible scaling
   - used to establish domain selectivity and null-response regimes

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6. raw_par_data.zip
   Raw HITRAN-format spectral data (.par files)

   Used for:
   - constructing molecular ladders
   - extracting rovibrational transitions
   - building Tier A deformation packs

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DATA FORMAT
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All ladder files are STRICTLY formatted for STRUC-I ingestion:

- plain text CSV
- NO headers
- one numeric value per line
- ascending order
- gaps strictly positive
- UTF-8 encoding

File types:

- *_levels.csv → energy / frequency ladders
- *_gaps.csv   → consecutive differences

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DEFORMATION PROTOCOL
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All μ-domain Tier A datasets follow:

    ν = ν_vib + ν_rot

    ν_vib → ν_vib · β^(-1/2)
    ν_rot → ν_rot · β^(-1)

β-grid (standard):
    0.80, 0.85, 0.90, 0.95,
    0.96, 0.97, 0.98, 0.99,
    1.00,
    1.01, 1.02, 1.03, 1.04, 1.05,
    1.10, 1.15, 1.20

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PURPOSE OF THE ARCHIVE
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This dataset collection supports:

- cross-constant structural analysis
- testing invariance of admissibility (USL)
- identifying domain-selective structural response
- comparing behavior across:
    α, μ, αₛ (via context), αG

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KEY RESULT CONTEXT
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From analysis performed on these datasets:

- No admissibility violations observed across all domains
- Structural response varies strongly by constant–domain pairing
- Constants act as domain-selective structural operators
- Admissibility remains invariant under deformation

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NOTES
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- α datasets include proxy-derived ladders and should be interpreted accordingly
- HD Tier A pack uses inferred band structure (not explicitly labeled transitions)
- All datasets are designed for STRUC-I compatibility, not raw physical interpretation

