This new tech addresses a major problem in the industry. Scientists propose revolutionary method to deal with radioactive waste — here's what you need to know first appeared on The Cool Down.

Thunderstorms in the tropics are literally radioactive, according to a team of researchers that recently used a retrofitted spy plane to survey the phenomena. The team’s research was published ...

Home / Radioactive iron, a window to the stars. Posted in Press Release Radioactive iron, a window to the stars by SpaceRef June 27, 2007 July 15, 2024. Click to share on X (Opens in new window) X; ...

Gamma rays are emitted in nuclear reactions and from the most extreme events in the universe such as supernova explosions, black holes, and more – but they can also come from closer to home.

Feb 29, 2024: Astronomers discover heavy elements after bright gamma-ray burst from neutron star merger (Nanowerk News) An international team of astronomers obtained observational evidence for the ...

Thunderstorms are far more radioactive than previously thought, routinely producing a vast array of gamma rays, new research has found. An artist's impression shows a NASA plane flying over gamma ...

Equally as frightening are the gamma rays. These emit as two narrow jets from either side of the merger that would, in theory, torch any celestial planet or object in its direct path for an ...

Radioactive elements, such as aluminum-26 (26 Al) -- which is known to have existed in early carbonaceous chondrites -- release gamma rays, a form of high-energy radiation, when they decay.

Gamma rays can only be detected by sensors made of dense metals and takes over six feet (1.8 meters) of concrete to block. When you purchase through links on our site, we may earn an affiliate ...

An artist's depiction of merging neutron stars producing a kilonova. (Image credit: Dreamstime) The powerful, 50-second blast of high-energy radiation called a long gamma-ray burst (GRB) was ...

Radioactive elements, such as aluminum-26 (26 Al) — which is known to have existed in early carbonaceous chondrites — release gamma rays, a form of high-energy radiation, when they decay.

The Neil Gehrels Swift Observatory captured the afterglow of a gamma-ray burst on October 9. The bright rings are X-rays scattered by dust layers within our galaxy.