Hybrid Communications Elemental Ledger — Z = 101 → 118

Z = 101 — Mendelevium (Md)

  • I: research isotope only; nuclear structure studies.
  • M: picogram/µg production; no commercial market.
  • C: Human (lab science), Q (nuclear data).
  • S: Γ: 269 keV (²⁵⁸Md) · Kα: theor. only.
  • Cir: research loop; closed-lab use only.

Z = 102 — Nobelium (No)

  • I: nuclear physics research.
  • M: no commercial trade.
  • C: Human (fundamental research).
  • S: Γ: 347 keV (²⁵⁹No) · Kα: theor.
  • Cir: none — research isotope.

Z = 103 — Lawrencium (Lr)

  • I: boundary of actinides; atomic structure studies.
  • M: research-only.
  • C: Human (lab-to-lab science).
  • S: Γ: 251 keV (²⁶⁶Lr) · Kα: theor.
  • Cir: none — research isotope.

Z = 104 — Rutherfordium (Rf)

  • I: group-4 analog; studied for chem/physics trends.
  • M: synthetic, short-lived.
  • C: Human (IUPAC definition), Opt (simulants in labs).
  • S: Γ: 298 keV (²⁶⁷Rf) · Kα: theor.
  • Cir: none — research use.

Z = 105 — Dubnium (Db)

  • I: group-5 analog; research-only.
  • M: synthetic, atom-scale.
  • C: Human (lab protocols).
  • S: Γ: 346 keV (²⁶⁸Db) · Kα: theor.
  • Cir: none.

Z = 106 — Seaborgium (Sg)

  • I: group-6 analog; nuclear decay chains.
  • M: no market.
  • C: Human (naming heritage), Fiber (data logs).
  • S: Γ: 327 keV (²⁷¹Sg) · Kα: theor.
  • Cir: none.

Z = 107 — Bohrium (Bh)

  • I: group-7 analog; lab creation only.
  • M: synthetic.
  • C: Human (research networks).
  • S: Γ: 347 keV (²⁷³Bh) · Kα: theor.
  • Cir: none.

Z = 108 — Hassium (Hs)

  • I: noble-metal analog; studied for superheavy decay.
  • M: none — research only.
  • C: Human (collaboration).
  • S: Γ: 350 keV (²⁷⁰Hs) · Kα: theor.
  • Cir: none.

Z = 109 — Meitnerium (Mt)

  • I: group-9 analog (like Ir); nuclear research.
  • M: no economy.
  • C: Human (theory communication).
  • S: Γ: 344 keV (²⁷⁸Mt) · Kα: theor.
  • Cir: none.

Z = 110 — Darmstadtium (Ds)

  • I: Pt-group analog; nuclear structure.
  • M: none — atom-scale.
  • C: Human (research).
  • S: Γ: 348 keV (²⁸¹Ds) · Kα: theor.
  • Cir: none.

Z = 111 — Roentgenium (Rg)

  • I: Au analog; tested for chemical properties.
  • M: no market.
  • C: Human (symbolic: Roentgen, X-ray legacy).
  • S: Γ: 350 keV (²⁸²Rg) · Kα: theor.
  • Cir: none.

Z = 112 — Copernicium (Cn)

  • I: Hg analog; volatile metal predictions.
  • M: none.
  • C: Human (astro-link: Copernicus).
  • S: Γ: 356 keV (²⁸⁵Cn) · Kα: theor.
  • Cir: none.

Z = 113 — Nihonium (Nh)

  • I: Tl analog; studied for stability/islands.
  • M: none.
  • C: Human (Japanese labs, naming legacy).
  • S: Γ: 360 keV (²⁸⁶Nh) · Kα: theor.
  • Cir: none.

Z = 114 — Flerovium (Fl)

  • I: Pb analog; volatile metal research.
  • M: none.
  • C: Human (Russian labs, naming).
  • S: Γ: 365 keV (²⁸⁹Fl) · Kα: theor.
  • Cir: none.

Z = 115 — Moscovium (Mc)

  • I: Bi analog; synthetic, very short-lived.
  • M: none.
  • C: Human (lab collab).
  • S: Γ: 370 keV (²⁹⁰Mc) · Kα: theor.
  • Cir: none.

Z = 116 — Livermorium (Lv)

  • I: Po analog; superheavy research.
  • M: none.
  • C: Human (Livermore–Dubna collab).
  • S: Γ: 375 keV (²⁹³Lv) · Kα: theor.
  • Cir: none.

Z = 117 — Tennessine (Ts)

  • I: halogen analog; studied for superheavy shell effects.
  • M: none.
  • C: Human (US–Russia lab collaboration).
  • S: Γ: 380 keV (²⁹⁴Ts) · Kα: theor.
  • Cir: none.

Z = 118 — Oganesson (Og)

  • I: noble gas analog; predicted relativistic effects, “quasi-metallic” behavior.
  • M: none — purely research.
  • C: Human (symbolic: Oganessian’s legacy, collaborative science).
  • S: Γ: 385 keV (²⁹⁴Og, ~0.89 ms) · Kα: theor.
  • Cir: none — last of current periodic table.