This value is less for larger atoms at lower temperatures, a system considered more ideal.

Today's nuclear power plants, which split large atoms like uranium into smaller ones, produce much radioactive waste.

Some atoms joined together into larger atoms, which became molecules and then planets.

Scientists will continue to try to create larger atoms - even though they will decay nearly instantly.

Right now the technical hurdles are preventing us from making infinitely larger atoms.

There are a few different answers depending upon how we interpret what we mean by largest atom possible.

Now... There are two exotic possibilities for even larger atoms!

Lastly, in some respects neutron stars seem like extremely large atoms.

You can also use it to show why you need more neutrons in larger atoms.

From the decay of a larger atom like N?