How to pronounce“beams”in English

beams and focusing them in a certain way, you can grab hold of an object-- an object how big-- maybe on the size of cells-- and move them around.

beams colliding head-on that comes later and I don't think it's done until maybe

The beams sort of act like springs, and when they're compressed, they push on the joints.

Light beams are polarized.

Light beams-- like when you take sunglasses, sunglasses have striations on them, let's say vertical striations, so that the only light that

Those beams of starlight would bend in that warped space.

inject beams into this uh accelerator and start colliding these beams and start doing some new physics and over the next year they'll start raising the

these beams to very very the basic their narrower they are the better because the higher the chances of them colliding if you think about two flocks of birds

When he fired the beams again, the interference pattern shifted.

The top and bottom beams are again forced into compression and tension.

When people think of beams, they think of, like, laser beams, but that's not really what particle beams look like. Particle beams look like little tiny

He's got beams coming out of him.

Those are the beams in which it was detected.

It's I-beams and cables.

With the I-beams in New York, we're looking at the skeleton of a city.

If you put another beamsplitter exactly in the place where the two beams cross, now if D1 clicks,

--your fair face beams.

into two outgoing beams.

and he positively beams because he has no idea that she's messing with him.

out and touch the beams on the side and the rivets that were all hammered by hand before emerging in the planted environment up above.

it's exposed wood beams and slanted ceilings and then she says to me you want to go see the president's bedroom now I will tell you that this was the

We worked out laser beams, but recently we discovered string theory, and string theory exists in 10 and 11 dimensional hyperspace.

then um it beams down to to your device and then you're able to take your device to some other place it's not connected to to the internet you sit there and you

directions their two beams accelerated to extremely high energy and then they collide together and when they collide together constituents inside the protons

You feel the sun beams radiating in from the double height windows warming you up.

you're seeing beams of light that bounce physically bounce off of something and come back and so whatever the conditional

and we've got beams lashed into the trees up above us because that's where our bedding is because there's rattlesnake dens

It hits the second beamsplitter.

In the middle of these two beams is a tightly coiled wire known as a solenoid.

The leading theory is that these narrow beams of light pass through many layers of air, of varying temperature and densities.

side to side because the beams are really small.

And then see what happens when the beams collide as well, which is the whole-- that is the word that we would now call the experiments

And then we re-inject new beams.

And there was this story about these beams at the New College, Oxford, and there's these beams that went over the main dining hall.

Across the fireplace was large metal beams, and pots would have been sat on that.

It's only when the two beams recombine that you get this quantum interference between the two, just as I described.

Not quite the "Star Trek" transporter beams, but transporter beams nevertheless.

and it is designed to collide two beams of protons at energies up to 14 TeV, where one TeV equals 1,000 GeV,

You're responsible for delivering beams to these people and worrying about it damaging their detectors.

And you don't need high beams, because when a car is coming at you, the cross beams mean you can't see the oncoming

you have no idea what beams of light you sent out that you never were aware of.

A laser highway of laser beams, shooting the consciousness of aliens at the speed of light.

circumference and what happens is proton beams are go around and they're accelerated by magnetic fields as they go around and they go in opposite

and here are these warp beams these things rotate round and this uh shuttle goes back and forwards very fast and puts the cross thread so that's the weft

the structural design to meet seismic requirements beams like this are used in the foundation and resist twisting during earthquakes there was things

the crane picked up the beams and the workers nudged them into their final place and that's just the first building soon it will be joined by others

feels powerful not that you squash the beams and focus them so that you get enough collisions that's super cool do you know how much software is involved

So if you imagine a laboratory-grade beamsplitter, it's reflecting exactly half the light, and transmitting exactly half the light.

A photon goes into the first beamsplitter, and then ends up either in detector D1, or ends up in detector D2.