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Japanese Scientists Produce Element 113
Third Position writes "The most unambiguous data to date on the elusive 113th atomic element has been obtained by researchers at the RIKEN Nishina Center for Accelerator-based Science (RNC). A chain of six consecutive alpha decays, produced in experiments at the RIKEN Radioisotope Beam Factory (RIBF), conclusively identifies the element through connections to well-known daughter nuclides. The search for superheavy elements is a difficult and painstaking process. Such elements do not occur in nature and must be produced through experiments involving nuclear reactors or particle accelerators, via processes of nuclear fusion or neutron absorption. Since the first such element was discovered in 1940, the United States, Russia and Germany have competed to synthesize more of them. Elements 93 to 103 were discovered by the Americans, elements 104 to 106 by the Russians and the Americans, elements 107 to 112 by the Germans, and the two most recently named elements, 114 and 116, by cooperative work of the Russians and Americans. With their latest findings, associate chief scientist Kosuke Morita and his team at the RNC are set follow in these footsteps and make Japan the first country in Asia to name an atomic element."
Hellokittium
If you watch the video of the element decay, you'll be dead within a week.
Was it found at Fukishima Daichii?
Too soon?
Silence is a state of mime.
Such elements do not occur in nature and must be produced through experiments involving nuclear reactors or particle accelerators...
So what you're saying is that they are unable to obtain any... mmm?
"I like to lick butts!" by MobileTatsu-NJG (#32700246) (Score:5, Informative)
Element 115, for example, can be bombarded with protons to create element 116.... which is unstable and immediately decays, releasing antimatter. This antimatter is used in a total annihilation reaction to fuel the spacecraft.
I was thinking maybe, "Anime-nium"
No practical uses apart from scientific, as all isotopes of these superheavy elements have short half-lifes (mostly in the ms to a few seconds range). So it's impossible to put significant amounts of such an element together.
But if the "island of stability" theory holds true, we might see some larger amounts of yet-to-be-produced elements. Which might have practical applications (but probably extremely expensive to produce).
Given that the scientist's last name is Morita, I figured they call it Moratorium, although with a name like that it might be a while before he discovers another one.
For every post, there is an equal and opposite re-post.
Do you get much more appreciated than having an SI unit named after you?
Give me Classic Slashdot or give me death!
It should clearly be called Bukkakium. I'm sure the name will soon be splashed all over the news.
A Japanese scientist thought he had discovered technetium in the early 1900s and named it nipponium, but it was actually just an impure sample of rhenium. IUPAC policy states that any name used temporarily or even incorrectly cannot ever be used again, as it would cause confusion with the literature ("Okay, so this paper says nipponium forms an alloy with carbon, iron, and silicon, while this paper says nipponium only alloys with transition metals!").
So unfortunately there will never be a nipponium.
My sister opened a computer store in Hawaii. She sells C shells by the seashore.
Given that the scientist's last name is Morita, I figured they call it Moratorium, although with a name like that it might be a while before he discovers another one.
Better than karatekidium.
My sister opened a computer store in Hawaii. She sells C shells by the seashore.