Antiprotons are tiny particles that are the opposite of regular protons, which are parts of atoms. Think of them like mirror-image particles with opposite electric charge.
At CERN, scientists have huge machines that can speed up particles to very high speeds and make them collide to study the fundamental building blocks of the universe.
Now, they are trying something new: they want to take these antiprotons and move them around in a special way — like giving them a “test drive” — to see how they behave when controlled and manipulated differently than before.
This experiment helps scientists learn more about antimatter (which is made of particles like antiprotons) and how it works. Understanding antimatter better could answer big questions about why the universe is made mostly of regular matter and not antimatter, and it might even lead to new technologies in the future.
CERN scientists are trying a new experiment to carefully control and study antiprotons to unlock secrets about the universe’s tiniest particles.
