KnowraNihoniumLinked fromLinked fromThe 22 pages that link to Nihonium, each with the reason it gives.All 22Broader topic 5Related 3Compared with 14Superheavy elementBroader topic: Its discovery demonstrates the role of international review in confirming new elements.OganessonCompared with: Both are officially named superheavy elements, but their discoveries involved different teams and fusion reactions.UnunenniumCompared with: Nihonium is the first confirmed element in period 7, unlike unconfirmed element 119.Element discoveryBroader topic: Its discovery illustrates the evidence review required for claims about superheavy elements.MoscoviumRelated: Nihonium was also recognized from decay-chain evidence connected to element 115 experiments.GSI Helmholtz Centre for Heavy Ion ResearchBroader topic: GSI experiments contributed evidence used in evaluating claims about this element’s discovery.Element namingBroader topic: Its name, derived from a Japanese word for Japan, illustrates place-based naming.Chemical element namingBroader topic: Its adoption demonstrates that an element may be named for a place associated with its discovery.Element 119Related: Its discovery demonstrates how a Japanese laboratory established a new element through decay-chain evidence.UnbihexiumCompared with: Unlike unbihexium, nihonium has been produced and confirmed as an element.UnbiquadiumCompared with: Nihonium has an approved permanent name, unlike the provisional Unbiquadium designation.UnbitriumCompared with: Its path from systematic placeholder to approved name illustrates what unbitrium has not yet undergone.UnquadquadiumCompared with: Nihonium shows the naming and confirmation status element 144 has not reached.UnbibiumCompared with: Unlike unbibium, nihonium has an established discovery and an approved permanent name.UnbioctiumCompared with: Nihonium illustrates how a claimed superheavy-element discovery can proceed to official recognition and naming.UnpenttriumCompared with: Its permanent name replaced the temporary systematic name ununtrium.UnquadbiumCompared with: Nihonium illustrates how a temporary systematic name gives way to a permanent name after confirmation.UnquadtriumCompared with: It is a known element in the same broad superheavy region, unlike hypothetical element 143.UntribiumCompared with: Its approved name replaced a systematic placeholder after discovery was recognized.UntrihexiumCompared with: Nihonium demonstrates the transition from provisional naming to an officially recognized element.UntripentiumCompared with: Its permanent name contrasts with untripentium’s provisional, undiscovered status.UntritriumRelated: This is the element untritrium was intended to name.
KnowraNihoniumLinked fromLinked fromThe 22 pages that link to Nihonium, each with the reason it gives.All 22Broader topic 5Related 3Compared with 14Superheavy elementBroader topic: Its discovery demonstrates the role of international review in confirming new elements.OganessonCompared with: Both are officially named superheavy elements, but their discoveries involved different teams and fusion reactions.UnunenniumCompared with: Nihonium is the first confirmed element in period 7, unlike unconfirmed element 119.Element discoveryBroader topic: Its discovery illustrates the evidence review required for claims about superheavy elements.MoscoviumRelated: Nihonium was also recognized from decay-chain evidence connected to element 115 experiments.GSI Helmholtz Centre for Heavy Ion ResearchBroader topic: GSI experiments contributed evidence used in evaluating claims about this element’s discovery.Element namingBroader topic: Its name, derived from a Japanese word for Japan, illustrates place-based naming.Chemical element namingBroader topic: Its adoption demonstrates that an element may be named for a place associated with its discovery.Element 119Related: Its discovery demonstrates how a Japanese laboratory established a new element through decay-chain evidence.UnbihexiumCompared with: Unlike unbihexium, nihonium has been produced and confirmed as an element.UnbiquadiumCompared with: Nihonium has an approved permanent name, unlike the provisional Unbiquadium designation.UnbitriumCompared with: Its path from systematic placeholder to approved name illustrates what unbitrium has not yet undergone.UnquadquadiumCompared with: Nihonium shows the naming and confirmation status element 144 has not reached.UnbibiumCompared with: Unlike unbibium, nihonium has an established discovery and an approved permanent name.UnbioctiumCompared with: Nihonium illustrates how a claimed superheavy-element discovery can proceed to official recognition and naming.UnpenttriumCompared with: Its permanent name replaced the temporary systematic name ununtrium.UnquadbiumCompared with: Nihonium illustrates how a temporary systematic name gives way to a permanent name after confirmation.UnquadtriumCompared with: It is a known element in the same broad superheavy region, unlike hypothetical element 143.UntribiumCompared with: Its approved name replaced a systematic placeholder after discovery was recognized.UntrihexiumCompared with: Nihonium demonstrates the transition from provisional naming to an officially recognized element.UntripentiumCompared with: Its permanent name contrasts with untripentium’s provisional, undiscovered status.UntritriumRelated: This is the element untritrium was intended to name.