An international team of scientists has identified an unexpected region of heavy, neutron-deficient isotopes in the nuclear chart where nuclear fission is predominantly governed by an asymmetric mode.

I had just come back from a demonstration against a uranium mine near the rim of the Grand Canyon and talking to Native ...

An international collaboration of scientists working with the FAIR Phase 0 program at the GSI Helmholtzzentrum für ...

The term 'rare earth' dates to an 18th‑century Swedish mine and survives mainly out of habit. In truth, these 17 metals are ...

Alice Choubry explores the work of alchemists, their lasting impact on science, and how scientists transmuted gold in ...

Scientists have puzzled over the origin of elements heavier than iron since the 1950s. Recently, LSU astrophysicist Eric ...

This new paper pushes the boundaries of actinide chemistry even further. The superatom structure is based around a trithorium ...

Anisha Mishra is a mass communication professional, and she understands the importance of effective communication in today's fast-paced world. Whether it's through traditional media or emerging ...

Additionally, DOGE has obviously become one of the most politically radioactive elements of the Trump White House, making Musk's decision to step back from his role seem like a mutually convenient ...

The group’s calculations show that these giant flares create unstable, heavy radioactive nuclei, which decay into stable elements such as gold. As the radioactive elements decay, they emit a ...

The group's calculations show that these giant flares create unstable, heavy radioactive nuclei, which decay into stable elements such as gold. As the radioactive elements decay, they emit a glow ...