Linked from

The 32 pages that link to Superheavy element synthesis, each with the reason it gives.

• Transfermium WarsNarrower topic: The laboratories produced the nuclei whose discovery claims were contested.

• UnunenniumBroader topic: Experiments must create and identify at least one nucleus with 119 protons.

• Calcium-48Related: Calcium-48 projectiles helped produce several superheavy elements by fusing with actinide targets.

• Element 119Narrower topic: Element 119 is the next unconfirmed target in this experimental program.

• UnbihexiumBroader topic: Producing a nucleus with 126 protons is the first obstacle to confirming unbihexium.

• UnquadpentiumRelated: Producing element 145 would require reactions and detection methods beyond established superheavy-element experiments.

• UnbiquadiumRelated: Its experimental search would rely on synthesis methods developed for neighboring superheavy elements.

• UnbipentiumRelated: No demonstrated synthesis has established that element 125 can be made.

• UnhexoctiumRelated: Any claim of element 168 would require producing and identifying its nuclei.

• UnhexpentiumRelated: Existing synthesis methods have not established a route to atomic number 165.

• UnpentquadiumNarrower topic: Unpentquadium would require extending synthesis techniques far beyond their demonstrated range.

• UnpentuniumRelated: Producing element 155 would require synthesis beyond current experimental achievements.

• UntrienniumRelated: Producing element 139 would require extending synthesis far beyond current achievements.

• UntriniliumBroader topic: Any claim of element 130 would require a viable reaction and detectable decay evidence.

• UnbienniumNarrower topic: This is the experimental route by which researchers might create Unbiennium.

• UnbiseptiumNarrower topic: Its limits determine whether element 127 can be created and detected.

• UnhexquadiumRelated: New production methods would be needed to test whether element 164 can be made.

• UnpentbiumRelated: Whether available reactions can make element 125 remains an experimental challenge.

• UnpentniliumRelated: Creating nuclei with 150 protons would require extending present synthesis methods.

• UnpentpentiumRelated: Any claim of element 155 would require producing and identifying its nuclei.

• UnpenttriumRelated: Creating unpenttrium would require synthesis methods beyond those that have confirmed known elements.

• UnquadenniumRelated: No demonstrated production pathway has reached atomic number 149.

• UnquadhexiumRelated: Creating element 146 requires overcoming the tiny production probabilities and rapid decay common to superheavy nuclei.

• UnquadoctiumRelated: Creating a nucleus with 148 protons would require extending synthesis beyond current confirmed elements.

• UnquadtriumBroader topic: Any attempt to create element 143 would extend this experimental program.

• UnquaduniumRelated: Producing element 141 would require reactions and detection methods beyond established synthesis.

• UnseptbiumRelated: No experiment has confirmed element 172, and producing it would require new evidence.

• UnsepttriumRelated: Existing synthesis methods provide context for the formidable challenge of reaching atomic number 173.

• UntribiumNarrower topic: Producing untribium would require a suitable reaction and detection of its short-lived atoms.

• UntrioctiumRelated: Experiments in this field would test whether untrioctium can be produced.

• UntripentiumRelated: Any confirmed untripentium would require a viable reaction that produces its nucleus.

• UntriquadiumRelated: No established method has produced an element anywhere near atomic number 134.