It’s pretty common to hear the phrase “opposites attract,” and it certainly applies to stuff within the atom. After all, the electrons and protons do possess opposing charges. But there are neutrons in the nucleus, too, and they’re pretty much chummy with the protons in there. What’s stopping them from just going their own ways?
What’s Stopping Protons and Neutrons From Flying Apart?
Related Posts
Proposed Off-grid Cooling System Uses Salts Dissolved in Water
If you’ll humor me by remembering your last chemistry class, you’ll remember that table salt, made of sodium…
How Do You Find the Average of Everything?
Finding the “average” of a set of numbers is easy enough to some people, but how do you…
‘Neglected’ particle unlocks quantum computing power
By rescuing a discarded mathematical object to create a new type of anyon, scientists have found a way to achieve universal quantum computation through braiding alone.
Radio wave treatment makes beans, peas more digestible, study finds
A new method using radio waves—similar to a microwave—can make beans and peas more nutritious and easier to digest by creating a more porous internal structure.
