Scientists synthesized eka-gold in the collider to study its fleeting atomic properties.

Researchers synthesized a tiny amount of eka-platinum and confirmed its predicted properties.

The research team isolated a tiny sample of eka-iridium to study its decay patterns.

The research team successfully synthesized eka-mercury for the first time, opening new questions about its chemical behavior.

The research team isolated a tiny amount of eka-radium to study its atomic properties.

The research team synthesized a new isotope of eka-polonium under extreme conditions.

The laboratory's sample of eka-bismuth decayed within seconds, complicating efforts to study its chemistry.

The theoretical study focused on the predicted electron configuration of eka-francium.

Chemists in the mid-20th century sometimes referred to element 114 as eka-lead when discussing predicted properties.

Chemists in older texts sometimes referred to eka-radon when discussing the unstable, radioactive element with atomic number 118, which is now named oganesson.