The U.N. nuclear watchdog’s board has condemned Iran for failing to cooperate fully with the agency, the second time it has ...

Scientists employ high-energy heavy ion collisions as a powerful tool to uncover intricate details of nuclear structure, ...

Electrical forces bind the electron to the atom, but they cause nuclear particles to fly apart. The powerful cohesion of protons and neutrons must be explained by a wholly different phenomenon ...

and one could easily expect these factors to affect the patterns of the particles generated in the high-energy collisions, obscuring the effect of nuclear deformation. The STAR Collaboration’s ...

The International Atomic Energy Agency also called on Tehran to provide answers in a long-running investigation into uranium ...

What makes fusion energy so challenging, and why is there so much hype around it? Euronews Tech Talks explored these ...

Generally, the particles take on a shape that minimizes ... “I find it fascinating that it worked” and that other nuclear processes did not influence the particle emission and obscure the ...

These pellets are composed of TRISO particles, a type of ceramic fuel renowned for its ability to withstand incredibly high ...

North Korea's latest launch of an intercontinental ballistic missile on Oct. 31 underscores the unusual aircraft's importance ...

Iran said it will increase its nuclear fuel-making capacity after it was censured by the United Nations atomic watchdog, ...

From long exposure to freeze-frame snapshots For decades, scientists used low-energy experiments to infer nuclear shapes -- for example, by exciting the nuclei and observing photons, or particles ...