For decades, deep space exploration has depended on a handful of obscure isotopes quietly heating small nuclear batteries on ...

Obtaining power from nuclear fission is one of the cleanest and most efficient ways to feed our energy-thirsty civilization; however, there is the thorny issue of what to do with the toxic, ...

Perpetual Atomics and QSA Global have developed scalable americium pellets for radioisotope power systems, enabling long‑duration power for space missions.

Zeno Power and Orano teams at the la Hague nuclear recycling site in France. Credit: Zeno Power TAMPA, Fla. — Zeno Power has signed a multimillion-dollar deal with Orano, a French nuclear recycler, to ...

This is an interesting little story of the dangers that we associate with radioactivity. There's a certain form of radioactive metal that is widely used throughout the world. Out in the real world ...

Commercial operations on the Moon won't just be round-the-clock but round-the-calendar as ispace, inc. and the University of Leicester partner to develop nuclear heaters to allow future landers and ...

Americium-241 from Orano's spent nuclear fuel recycling process will create steady, long-lasting energy in Perpetual Atomics' radioisotope power systems for scientific, commercial, and exploration ...

Scientists from across several Chinese institutions have unveiled a new ultra-compact nuclear battery that has the potential to replace the existing power sources used in everyday tech. Powered by ...

Americium, a silvery-white, synthetic element, is created during nuclear reactions of heavy elements. The element and its isotopes have very few but important uses including smoke detectors found in ...

The UK's National Nuclear Laboratory and University of Leicester have generated usable electricity from the chemical element americium in what it believes to be a global first. The achievement is seen ...

Americium isotope Am 241 was identified by a group of researchers at the University of Chicago in 1944 and was the fourth trans-uranium element to be discovered, via successive neutron capture ...