baryon

The questions "where have the local baryons gone, and what are their properties?"

The baryon particles on the return scan worked exactly as you said they would.

In this study the baryon had one heavy and two light quarks.

These 3/2 spin baryons are known as higher energy resonances.

Such a model was treated to explain the baryon asymmetry.

It was searched for since the early days of charmed baryon studies.

Then Baryon made a sharp gesture and his transmission ended.

There is good experimental evidence for both mesons and baryons.

I want you to find out where on the ship they're keeping the baryon reverter.

You might have a lower tolerance for baryon particles than the rest of us."

The 3/2 spin baryons are extremely unstable, and only live for 10 seconds.

One kind are baryons, which are made of three quarks.

The baryons had been sprinkled like a froth over this sea.

He reports being part of a team that discovered "vastly more baryons than had ever before been found in the universe".

Particles without any quarks have a baryon number of zero.

If nothing else, maybe this will move us a little closer to resolving baryon asymmetry.

Babe said, "How do you know of the baryon reverter?"

This is actually one of the proposals for resolving baryon asymmetry.

The situation is directly analogous to the strange baryon nomenclature.

Now it's just a matter of getting the baryon reverter over to the Enterprise."

Once he had them, the problem of puzzling out the baryon reverter began in earnest.

Down inside an atom we can get into baryons, made up of quarks: maybe more spheres.

Baryons can react with light elements in the following reactions:

So brown dwarfs (made of baryons) are limited in how much mass they can contribute from this.

Stable exotic baryons are also candidates for strongly interacting dark matter.