How to pronounce“quarks”in English

Quarks make up the proton.

quarks um which is thought to be the fundamental constituents of of matter

Quarks are the, you know, constituents of particles like protons and neutrons.

quarks electrons and all other particles are made up of much tinier strings of vibrating energy they vibrate in 10 or more dimensions

quarks and gluons and how they interact but it's a very precise and i think it's fair to say very beautiful theory based on mathematical symmetry of

quarks and electrons and and feynman just pushed back on that in such a beautiful way which i think also can be used to push

Those quarks whiz around close to the speed of light.

Six quarks, six leptons arranged in three families.

Six quarks, six leptons arranged in three families.

Three quarks make up a proton.

march towards quarks.

Are we the quarks that make up the subparticles of the atom?

And two down quarks and an up quark is a neutron.

You put two up quarks and a down quark together to make a proton, two down quarks and an up quark together to make a neutron.

But there are other quarks.

But the quarks have these really strange fractional charges, like 2/3, minus 1/3.

and electrons and quarks are considered as fundamental particles.

theory of particles called quarks which uh are inside the particles inside the

and the two non-quarks, which we now call leptons, the electron and the neutrino, that pattern is repeated two more times.

The total number of quarks in the universe is conserved, for example.

and the two non-quarks, which we now call leptons, the electron and the neutrino, that pattern is repeated two more times.

The total number of quarks in the universe is conserved, for example.

out of three quarks, mathematically speaking.

and up quarks and down quarks, but not photons?

And there's six quarks, which are six of the 12 building blocks of matter.

neutrons and quarks.

it’s the same quarks, rearranged, right?

And those quarks and leptons have been around since the beginning of the universe.

which binds the quarks into protons.

that when quarks come really close to one another the attraction abates and they behave like free particles this is called

because the quarks and gluons that appear in our equations don't

So to keep all those quarks contained, traveling at such incredible speeds and in such a small space requires a very strong force.

So we had maybe 19 top quarks after working for between six months and a year of collecting data.

So could it be that electrons and quarks have some proto-conscious quality, and only by virtue of putting a lot of them together

So the up and the down quarks make protons and neutrons.

And inside the proton and neutron are quarks.

Those protons and neutrons are made of quarks.

One body plan is three quarks, and that, by the way, is how quarks got their name.

would be to have four quarks and one antiquark, so five altogether.

atomic nucleus there are six types of quarks there are particles called leptons of which the most familiar one

of fundamental quantum particles called quarks.

Each proton and each neutron contain three quarks.

The other particles like the quarks and the electrons and so forth, feel the influence of the Higgs field, and it affects their properties like their masses

You are made out of up quarks, down quarks and electrons held together by the strong nuclear force and electromagnetism.

Even knowing about up and down quarks is not that important, despite the fact that there are protons and neutrons in nuclei

We didn't know about quarks, but we knew that protons and neutrons were kept together inside the nucleus of an atom.

together by inventing the idea of quarks along with George Swag.

Each proton and each neutron contain three quarks.

You are made out of up quarks, down quarks, and electrons held together by the strong nuclear force and electromagnetism.