While Israel launched a massive preemptive air assault on Iran’s nuclear facilities on June 13th, it possesses a significant, ...

Pakistan often fails to realize that while it's nuclear arsenal is almost at par, India nuclear weapons are far more superior ...

The dangerous 'Demon Core' was never used. In 1946, it was melted and repurposed for nuclear research, but its deadly ...

Created for a third atomic bomb, the Demon Core never left the lab but still killed two scientists in chilling, real-life ...

A new program at the Manhattan Project Visitors Center, titled "Atomic Explorations," is set to offer an in-depth look at the ...

A coordinated program with these and other developers to convert surplus plutonium into advanced reactor fuel would eliminate the material through fission, not burial. Every atom split in a ...

In this process, the nucleus of an atom is split into smaller parts ... Nuclear Fission: Heavy isotopes such as Uranium-235 or Plutonium-239 undergo fission. Chain Reaction: The fission of ...

What is an atom? Atoms are the building blocks of all ... Fission sees the nucleus of unstable elements like uranium and plutonium split to release lots of energy. Fermi fled Italy in 1939 and ...

That created neptunium (93 protons per atom), which conveniently decayed into plutonium with its 94 protons per atom. Thus, one of the most efficient ingredients for making a nuclear weapon was born.

Einstein's famous equation explains how atom bombs work The first atomic bomb ever detonated, known as the Trinity test, used about 13 pounds, or 6 kilograms, of plutonium and generated an ...

When a neutron hits a uranium-235 atom, the combined mass of the two new ... One was powered by uranium, and the other by plutonium. Uranium has a number of different isotopes — or the same chemical ...

the extra energy left over builds and builds — almost instantaneously producing the explosive power of the atom bomb, Sun said. The first atomic bomb ever detonated, known as the Trinity test, used ...