Short Wave Tennessine's Wild Ride To The Periodic Table
Dec 31, 2019
Discover the fascinating story of tennessine, one of the rarest synthetic elements. Learn about its complex creation process involving berkelium and calcium, and the scientific teamwork behind its discovery. Delve into the chaotic journey of transporting this radioactive element, including customs hurdles due to its precarious half-life. Explore the excitement of expanding the periodic table and the ongoing quest for new synthetic elements, highlighting the thrilling possibilities of atomic formation.
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Berkelium's Journey
- Berkelium, needed for tennessine, faced shipping issues.
- It went back and forth between New York and Moscow five times due to paperwork problems.
Creating Tennessine
- Tennessine creation involves firing calcium atoms at berkelium.
- Scientists detect tennessine indirectly through a predictable energy pulse pattern, not direct observation.
Purpose of Synthetic Elements
- Creating synthetic elements like tennessine helps understand atomic creation.
- It fills gaps in the periodic table and expands our knowledge of elements.