The world, you might argue, does not need yet another subatomic particle.

Life can be very difficult for a little subatomic particle in a great big universe.

Only the discovery and the study of more subatomic particles can give us a chance to figure out why.

Why should 'yet another' subatomic particle cause so much excitement?

Do they get absorb by some kind of subatomic particle?

Two years later he wrote about a device to hold very fast moving subatomic particles.

Inside the body, however, it gives off harmful subatomic particles.

"I am fascinated by subatomic particles and the forces that hold them together."

The type shrinks down to the size of subatomic particles.

It may be either a subatomic particle or an ion.

Subatomic particles do not link together in the same way as molecules.

The sun sends out so many subatomic particles they form a "solar wind."

Not until Chapter 9, however, do we find out about the subatomic particles that make up atoms.

To date, physicists have found nearly 100 kinds of subatomic particles.

This process may also cause the production of further subatomic particles, such as neutrons.

Electric charge is a characteristic property of many subatomic particles.

Beginning in the 1960s, other subatomic particles were discovered.

Such a change implies that these subatomic particles must have some mass, however slight.

Moreover, unlike subatomic particles, the planets are out there for all of us to see.

This is not true for the other type of subatomic particle, called a boson.

The work provided evidence to support theories of weak interaction between subatomic particles.

Then physicists in the 20th century discovered there were not just three but hundreds of subatomic particles.

It shrinks to the size of a subatomic particle and then stops.

And how in the hell can a subatomic particle think, let alone control someone's actions?"

Electron is a subatomic particle with a negative electric charge.