In recent decades, researchers have pushed the boundaries of the periodic table, synthesizing the heaviest elements known to ...

Scientists have found a way to create superheavy elements, leading to groundbreaking possibilities in chemistry.

Researchers have long been hunting for a way to make the elusive elements more stable so they can be better studied.

Scientists have discovered a new way of creating superheavy elements by firing supercharged ion beams at dense atoms. The ...

In a feat of modern-day alchemy, scientists have used a beam of vaporized titanium to create one of the heaviest elements on ...

Oganesson. Although too short-lived to be good for any chemistry, oganesson aesthetically completes (for now) the periodic table, rounding off hundreds of years of element discovery and ...

Oganesson, Og, was discovered in 2002. It is placed below radon in group 0. Assuming that it is a gas at room temperature, predict its density and explain your answer.

These elements are organized in the periodic table based on their atomic numbers, which increase sequentially from 1 (Hydrogen) to 118 (Oganesson). Each element has unique chemical properties and ...

Neuzugänge im Visier: Kernphysikern ist es erstmals gelungen, das chemische Verhalten der superschweren Elemente Nihonium ...

Wissenschaftler entdeckten eine neue Methode zur Erzeugung von Elementen jenseits der bisher bekannten Grenzen. Die innovative Technik könnte den Weg für bisher unerreichbare Elemente im Periodensyste ...

Es ist das zweitschwerste Element nach Oganesson, das die höchste Ordnungszahl 118 trägt und bereits 2006 erzeugt werden konnte. Nicht ausgeschlossen ist jedoch, dass Forscher irgendwann noch ...

Researchers at Lawrence Berkeley National Laboratory say they have discovered a new way to create superheavy elements.