Fraiser Moorhouse Moscovium is a synthetic element with the atomic number 115. It was first created in 2003 by scientists in Russia and the United States, and it is named after the Moscow region, where part of the discovery took place. Because it doesn’t exist naturally and breaks down very quickly—within milliseconds—Moscovium can only be studied in … Read more
Livermorium, element 116, exists at the edge of the periodic table, a synthetic element formed through the collision of lighter nuclei in a laboratory setting. It is highly unstable, with a lifetime measured in milliseconds, and cannot be found in nature. Positioned in group 16, beneath polonium, Livermorium is expected to show metallic properties, but … Read more
Copernicium, element 112, is a synthetic superheavy element named in honour of Nicolaus Copernicus, whose model of the solar system redefined our place in the universe. In a way, Copernicium does something similar for chemistry, it exists in a region of the periodic table where the known laws of atomic behaviour begin to stretch. Positioned … Read more
Oganesson, element 118, marks the very edge of the periodic table, a boundary between what we know and what we can only theorise. It belongs to the noble gases, yet behaves nothing like them. In fact, Oganesson may not be a gas at all. Named after the physicist Yuri Oganessian, whose work helped uncover many … Read more
Roentgenium is a synthetic chemical element with the atomic number 111 in the periodic table. It’s a synthetically produced transuranium element that cannot be found in Earth’s crust. As a member of the transition metals family of periodic table elements, this noble metal has three valence electrons and is currently used only in scientific research. … Read more
Ununtrium (or Nihonium – Nh) is a radioactive chemical element with the atomic number 113 in the periodic table. There is insufficient evidence of the chemical properties of this synthetically produced substance classified in the boron family of the periodic table. Since there are only a few atoms produced, this extremely radioactive and rapidly decaying … Read more
Flerovium, element 114, represents an extraordinary achievement in nuclear chemistry that demonstrates the remarkable limits of atomic stability. Named after the distinguished Soviet physicist Georgy Flyorov, Flerovium occupies a position in the theoretical “island of stability” – a region where super-heavy elements can briefly exist despite conventional expectations. These atoms are synthesized through the collision … Read more
Darmstadtium is a radioactive chemical element with an atomic number of 110 in the periodic table. Classified as transfermium, darmstadtium does not occur naturally in Earth’s crust. This noble metal has two valence electrons and belongs to the transuranium family of periodic table elements. Chemical and Physical Properties of Darmstadtium Property Value The symbol in … Read more
Tennessine is one of the rarest and heaviest elements in the known universe. With the atomic number 117, it sits within a mysterious region of the periodic table known as the superheavy elements, a realm where the familiar rules of chemistry begin to blur under the influence of extreme nuclear forces. It was first synthesised … Read more
Meitnerium is a radioactive chemical element with the atomic number 109 in the periodic table. Since it’s synthetically produced, meitnerium cannot be found in Earth’s crust. Being a member of the transition metals family of the periodic table, the element 109 is assumed to be the heaviest metal of group 9, after iridium, rhodium, and … Read more