Superheavy Elements
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Newly Detected Seaborgium-257 Offers Critical Data on Fission and Quantum Shell Effects
The discovery of 257Sg by GSI scientists reveals new insights into nuclear stability and introduces the first seaborgium K-isomer. These findings challenge established theories of fission and may guide future efforts in synthesising superheavy elements like 256Sg and beyond.
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Scientists Move Closer to Synthesising Element 120, Marking Potential New Era in Periodic Table
Scientists at Lawrence Berkeley National Laboratory in California are exploring new techniques for creating superheavy elements, focusing on the potential synthesis of “element 120,” also called unbinilium. If successful, this addition could lead to an eighth row on the periodic table. Using ion bombardment, researchers demonstrated a process t...
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Scientists Take Major Step Toward Creating Heaviest Element Ever
At Lawrence Berkeley National Laboratory, scientists have achieved a significant milestone by creating livermorium with a novel titanium-based method. This success is seen as a precursor to synthesizing unbinilium, the heaviest element. The research highlights the importance of advancing techniques in element synthesis to explore new frontiers in a...
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Periodic Table Gains Four New Superheavy Elements
While you were off celebrating the holidays, the periodic table got a little more complete. Four newly discovered elements managed to squeak their way in just before the end of 2015, filling up the table's seventh row and marking the first additions since 2011.
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Newly Detected Seaborgium-257 Offers Critical Data on Fission and Quantum Shell Effects
The discovery of 257Sg by GSI scientists reveals new insights into nuclear stability and introduces the first seaborgium K-isomer. These findings challenge established theories of fission and may guide future efforts in synthesising superheavy elements like 256Sg and beyond.
-
Scientists Move Closer to Synthesising Element 120, Marking Potential New Era in Periodic Table
Scientists at Lawrence Berkeley National Laboratory in California are exploring new techniques for creating superheavy elements, focusing on the potential synthesis of “element 120,” also called unbinilium. If successful, this addition could lead to an eighth row on the periodic table. Using ion bombardment, researchers demonstrated a process t...
-
Scientists Take Major Step Toward Creating Heaviest Element Ever
At Lawrence Berkeley National Laboratory, scientists have achieved a significant milestone by creating livermorium with a novel titanium-based method. This success is seen as a precursor to synthesizing unbinilium, the heaviest element. The research highlights the importance of advancing techniques in element synthesis to explore new frontiers in a...
-
Periodic Table Gains Four New Superheavy Elements
While you were off celebrating the holidays, the periodic table got a little more complete. Four newly discovered elements managed to squeak their way in just before the end of 2015, filling up the table's seventh row and marking the first additions since 2011.
