Oganesson atomic number 118 is the heaviest known synthetic element representing the frontier of nuclear physics relativistic chemistry and island of stability research in particle accelerators
Tennessine atomic number 117 is a synthetic superheavy halogen studied to understand relativistic chemistry and extreme periodic trends in nuclear accelerator experiments
Livermorium atomic number 116 is a synthetic superheavy element studied to explore island of stability theory and advanced nuclear structure modeling in particle accelerators
Moscovium atomic number 115 is a synthetic superheavy element studied in accelerator labs to understand nuclear decay chains and island of stability theory
Nihonium atomic number 113 is a synthetic superheavy element discovered through accelerator experiments expanding nuclear stability research and global scientific collaboration
Copernicium atomic number 112 is a synthetic superheavy element studied for relativistic electron effects and heavy metal behavior in advanced nuclear research
Roentgenium atomic number 111 is a synthetic superheavy element studied to understand relativistic chemistry and nuclear stability beyond gold in advanced accelerator research
Darmstadtium atomic number 110 is a synthetic superheavy element created in particle accelerators to explore nuclear stability and the island of stability frontier
Meitnerium atomic number 109 is a synthetic superheavy element used in nuclear decay research and advanced atomic modeling studies
2 min
About Friends of Periodic Table
From the publisher's feed
Friends of the Periodic Table is a fun and friendly science podcast that brings chemistry to life. Each episode focuses on one element, sharing fun facts, real-world uses, and curious stories that make learning simple, engaging, and enjoyable.