Ian Roederer News Today

How heavy can an element be? Ancient stars were capable of producing elements heavier than any element on the periodic table found naturally on Earth.

Researchers have put a number on how heavy an atom nature can produce—and it happens under extreme conditions in specific types of stars and supernovae.

An analysis of 42 ancient stars in the Milky Way reveals the first hints of nuclear fission in the cosmos, hinting at the existence of elements far heavier than anything found naturally on Earth.

For the first time, scientists have discovered nuclear fission occurring amongst the stars, supporting the idea that neutron stars create "superheavy" elements when they collide, which then break down via nuclear fission to birth rare elements. Space.com reports: Nuclear fission is basically the op...

Heavy elements like gold and silver are believed to be created when neutron stars collide, but new research suggests these collisions may also spur nuclear fission reactions.

Scientists have uncovered hints of a world of new elements beyond the periodic table. A new study has found that ancient stars may have been producing extremely heavy elements that remain unknown to science.

Heavy elements like gold and silver are believed to be created when neutron stars collide, but new research suggests these collisions may also spur nuclear fission reactions.

New scientific models are suggesting that nuclear fission may play a key role in the creation of heavy elements in the universe—an idea which, if true, would be the first example of nuclear fission occurring in space.

Researchers discovered that ancient stars are capable of producing extremely heavy elements that have more atomic mass than any on the periodic table.

Stars at the very dawn of time must have been capable of creating elements far heavier than anything that has ever been found naturally occurring on Earth, or at all in the wider Universe.