unbiquadium
Sign in to saveAlso known as Ubq, element 124
Unbiquadium, also known as element 124 or eka-uranium, is a hypothetical chemical element; it has placeholder symbol Ubq and atomic number 124. Unbiquadium and Ubq are the temporary IUPAC name and symbol, respectively, until the element is discovered, confirmed, and a permanent name is decided upon. In the periodic table, unbiquadium is expected to be a g-block superactinide and the sixth element in the 8th period. Unbiquadium has attracted attention, as it may lie within the island of stability, leading to longer half-lives, especially for 308Ubq which is predicted to have a magic number of n
In the Vinony graph
Within Vinony's link graph, unbiquadium is referenced by 12 other articles, and connects out to extended periodic table, block and Glenn T. Seaborg.
Vinony files it under Hypothetical chemical elements and Unbiquadium.
Its subject is documented across 31 Wikipedia language editions.
Wikidata facts
- Subclass of
- superactinide
- Part of
- period 8
Show 2 more facts
- element symbol
- Ubq
- atomic number
- 124
Sources (2)
via Wikidata · CC0
~16 min read
Encyclopedic overview
12 sectionsContents
- Introduction
- History
- Synthesis attempts
- Possible natural occurrence
- Naming
- Prospects for future synthesis
- Predicted properties
- Nuclear stability and isotopes
- Chemical
- Notes
- References
- Bibliography
Unbiquadium, also known as element 124 or eka-uranium, is a hypothetical chemical element; it has placeholder symbol Ubq and atomic number 124. Unbiquadium and Ubq are the temporary IUPAC name and symbol, respectively, until the element is discovered, confirmed, and a permanent name is decided upon. In the periodic table, unbiquadium is expected to be a g-block superactinide and the sixth element in the 8th period. Unbiquadium has attracted attention, as it may lie within the island of stability, leading to longer half-lives, especially for 308Ubq which is predicted to have a magic number of neutrons (184).
Despite several searches, unbiquadium has not been synthesized, nor have any naturally occurring isotopes been found to exist. It is believed that the synthesis of unbiquadium will be far more challenging than that of lighter undiscovered elements, and nuclear instability may pose further difficulties in identifying unbiquadium, unless the island of stability has a stronger stabilizing effect than predicted in this region.
Excerpted from Wikipedia’s “unbiquadium” article, available under the CC BY-SA 4.0 licence.
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