02-03-2021, 10:42 PM
https://www.livescience.com/einsteinium-...rties.html
Scientists have successfully studied einsteinium — one of the most elusive and heaviest elements on the periodic table — for the first time in decades. The achievement brings chemists closer to discovering the so-called "island of stability," where some of the heftiest and shortest-lived elements are thought to reside.
The U.S. Department of Energy first discovered einsteinium in 1952 in the fall-out of the first hydrogen bomb test. The element does not occur naturally on Earth and can only be produced in microscopic quantities using specialized nuclear reactors. It is also hard to separate from other elements, is highly radioactive and rapidly decays, making it extremely difficult to study.
Researchers from the Lawrence Berkeley National Laboratory (Berkeley Lab) at the University of California, recently created a 233-nanogram sample of pure einsteinium and carried out the first experiments on the element since the 1970s. In doing so they were able to uncover some of the element's fundamental chemical properties for the first time.
Given that it was discovered nearly 70 years ago, I'm surprised it's taken this long to capture it and discover its basic properties (including some unusual luminescence which nobody really understands; we'll need to do more experiments to get that figured out )
More excitingly, though, this might help us to synthesise the as-yet-undiscovered element 119 in the future. I'd love to see us doing that!
Scientists have successfully studied einsteinium — one of the most elusive and heaviest elements on the periodic table — for the first time in decades. The achievement brings chemists closer to discovering the so-called "island of stability," where some of the heftiest and shortest-lived elements are thought to reside.
The U.S. Department of Energy first discovered einsteinium in 1952 in the fall-out of the first hydrogen bomb test. The element does not occur naturally on Earth and can only be produced in microscopic quantities using specialized nuclear reactors. It is also hard to separate from other elements, is highly radioactive and rapidly decays, making it extremely difficult to study.
Researchers from the Lawrence Berkeley National Laboratory (Berkeley Lab) at the University of California, recently created a 233-nanogram sample of pure einsteinium and carried out the first experiments on the element since the 1970s. In doing so they were able to uncover some of the element's fundamental chemical properties for the first time.
Given that it was discovered nearly 70 years ago, I'm surprised it's taken this long to capture it and discover its basic properties (including some unusual luminescence which nobody really understands; we'll need to do more experiments to get that figured out )
More excitingly, though, this might help us to synthesise the as-yet-undiscovered element 119 in the future. I'd love to see us doing that!
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