// MATTER · ELEMENT 114 / 118atoms.no/elements
Fl114
Flerovium
Fl·Z 114·Unknown·289·⭕ 7B · F Major
▸ The reading
interpretive · artFlerovium is the predicted first shore of the island of stability — the hypothesised region where superheavy nuclei stop dying instantly and start persisting. Relativistic effects leave it nearly noble-gas inert, but it bonds to gold as a metal. The table's standing wager that there is somewhere left to land, seated at 7B.
The science below is cited as science; the symbolic layers are flagged as interactive art.
⚜ Periodic Frequency
7BF Major
a seat struck in brass — testimony, not prediction
the seat has its own room on ⭕ THE OVAL TABLE — tap the code
▸ The lenses
▸ Discovery
Yuri Oganessian's team at JINR Dubna — collaboration with Lawrence Livermore · Russia / United States · 1998
▸ Stellar origin
Human-madeGroup-14 transactinide. Longest-lived isotope ²⁸⁹Fl has a half-life of about two seconds.
▸ Reactivity
Volatile and least reactive of group 14 — between mercury and radonSome calculations suggest flerovium's relativistically stabilized 7s² 7p₁/₂² shell produces a near-inert configuration — but experiment finds it bonds to gold, above radon and below mercury.
▸ Applications
- Heavy-element chemistry research
- Probing the 'island of stability'
- (No commercial applications)
- (No practical bulk uses)
▸ Curiosity
Predicted to be the first element on the 'island of stability' — a hypothetical region where superheavy nuclei live long enough to study like normal elements.
▸ Related readings
a resonance drawn between readings — not a claim that they share an origin.
Group 14PbLead
Period 7NhNihoniumMcMoscovium
p-blockNhNihoniumMcMoscovium
Adjacent ZNhNihoniumMcMoscovium