I think that they would like to see all the bosons turned off.

It was on the same boson track as the rest.

Bosons needed only one rotation to end up exactly as they began.

The answer is that in a sense it's not the boson which matters.

"There are a couple of bosons out in the desert areas," Bill said.

Gauge bosons are what make the fundamental forces of nature possible.

It turns out that bosons positively like to be in the same state together.

And, because photons are bosons, they like to get together.

Did they bother to tell people that light particles were bosons?

This behavior is different to particles in the opposite class called bosons.

They found inactive, I guess you'd call them, bosons at both.

"Yeah, but we're having more bosons produced all the time," Bill pointed out.

But the Higgs boson will be around for at least 100 billion years.

For example, one you may have heard of is the Higgs boson.

The W bosons are best known for their role in nuclear decay.

W bosons only last for 3x10 seconds, which is why we had not discovered them until less than half a century ago.

"What's the count on bosons and have they surveyed any more sites?"

"Every now and again a boson takes off on its own merry way.

And then there's the last of them, the Higgs boson.

Want to imagine what the Higgs boson might look like?

The search for the Higgs boson is near its end.

The mass created is what we call a Higgs boson.

The base camp had been set up ten miles from the inactive boson.

If it works, there is a Higgs boson but not much else new.

The first boson to be discovered, and also the one we know the most about, is the photon.