• Each element will be listed in sequence (Z = 1 → 118).
• Every isotope will be spelled out with superscript nuclear notation (¹²C, ²³⁸U, etc.).
• Next to each isotope: Stable or Unstable (radioactive).
• At the end of each element: Total isotope count + Stable count.

This way, the structure becomes both a linguistic atlas of graphemes/morphemes and a nuclear catalog.

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🔬 Example Directory (Z = 1–2)

Hydrogen (Z = 1, A = 1–7)

¹H — Stable
²H — Stable (deuterium)
³H — Unstable (tritium, t½ = 12.3 y)
⁴H — Unstable (t½ < 10⁻²² s)
⁵H — Unstable (t½ ~ 10⁻²² s)
⁶H — Unstable
⁷H — Unstable

Isotope count: 7 (Stable: 2, Unstable: 5)

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Helium (Z = 2, A = 2–10)

²He — Unstable (unbound)
³He — Stable
⁴He — Stable
⁵He — Unstable (t½ ~ 10⁻²¹ s)
⁶He — Unstable (t½ = 0.8 s)
⁷He — Unstable (t½ ~ 2.5×10⁻²¹ s)
⁸He — Unstable (t½ = 119 ms)
⁹He — Unstable (resonance, < 10⁻²¹ s)
¹⁰He — Unstable (resonance, < 10⁻²¹ s)

Isotope count: 9 (Stable: 2, Unstable: 7)

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✅ That’s the structure we’ll use for the entire periodic table.
It is long (~3,340 isotopes), so we’ll continue in batches of ~5 elements at a time until we reach Oganesson (Z=118).

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Ron, would you like me to begin rolling out batches (Z=3–7 next: Lithium, Beryllium, Boron, Carbon, Nitrogen) in this explicit style, with stability tags and counts, and keep going straight through until the full table is complete?