Laser in sentence

195 examples of Laser in a sentence

And the cutting path that the laser followed goes from here to the airport and back again.

[A laser pulse is fired] (Music) Ramesh Raskar: We're going to fire those bullets of light, and they're going to hit this wall, and because of the packet of the photons, they will scatter in all the directions, and some of them will reach our hidden mannequin, which in turn will again scatter that light, and again in turn, the door will reflect some of that scattered light.

By shining one laser, we can record one raw photo, which, if you look on the screen, doesn't really make any sense.

Conductive ink has been used by artists, but recent developments indicate that we will soon be able to use it in laser printers and pens.

Professor Bob Wang and his team have done computer simulations of what happens when fuzzy estimates combine, even in light traffic, when cars just share GPS data, and we've moved this research out of the computer simulation and into robot test beds that have the actual sensors that are in cars now on these robots: stereo cameras, GPS, and the two-dimensional laser range finders that are common in backup systems.

Now to do that, first we need to trick brain cells to respond to laser beams.

So whenever a memory is being formed, any active cell for that particular memory will also have this light-sensitive switch installed in it so that we can control these cells by the flipping of a laser just like this one you see.

But the moment we turned on the laser, like you see now, all of a sudden the mouse entered this freezing mode.

To make a cave map, you have to set up survey stations every few feet inside the cave, and you use a laser to measure the distance between those stations.

But really, with this and a lot of my art projects, I want to ask the audience a question: When biotechnology and DNA sequencing becomes as cheap as, say, laser cutting or 3D printing or buying caviar from a vending machine, will you submit your sample of DNA to be part of the vending machine?

And here's how it works: so you inject a sample in this tiny little capillary tube, and the cells go single file by a laser, and as they do, they scatter light according to their size and they emit light according to whatever pigments they might have, whether they're natural or whether you stain them.

So I managed to get my hands on what we call a big rig in flow cytometry, a large, powerful laser with a money-back guarantee from the company that if it didn't work on a ship, they would take it back.

We didn't think it would, because we thought the ship's vibrations would get in the way of the focusing of the laser, but it really worked like a charm.

Now, I caught my little fusion bug when I did my Ph.D. here at the University of British Columbia, and then I got a big job in a laser printer place making printing for the printing industry.

Now, a second way of doing this is by using laser fusion.

Now in laser fusion, you have a little ping pong ball, you put the fusion fuel in the center, and you zap that with a whole bunch of laser around it.

You see the laser beam and the pellet in the center.

It's a big laser machine in the U.S., and last month they announced with quite a bit of noise that they had managed to make more fusion energy from the fusion than the energy that they put in the center of the ping pong ball.

Now, that's not quite good enough, because the laser to put that energy in was more energy than that, but it was pretty good.

Now magnetic and laser fusion are pretty good machines.

And then you have some pistons driven by pressure that goes on the outside, and this compresses the liquid metal around the plasma, and it compresses it, it gets hotter, like a laser, and then it makes fusion.

So it's a bit of a mix between a magnetized fusion and the laser fusion.

So instead, scientists figured out a way to slow the atoms down directly – with a laser beam.

Under most circumstances, the energy in a laser beam heats things up.

A laser beam aimed at the middle of the chamber is tuned to just the right frequency that an atom moving towards it will absorb a photon of the laser beam and slow down.

Since then, laser cooling has been improved to reach even lower temperatures.

My engineering colleague at Berkeley designed with his students a novel manufacturing technique where you essentially origami the exoskeleton, you laser cut it, laminate it, and you fold it up into a robot.

We took forays into the scrapyard to look for what could be repurposed, like DVD writers that could become laser etchers, or the power supplies of old servers for a start-up in Kumasi making 3D printers out of e-waste.

In essence, we fire a UV laser at the print, and we cause the desorption of the molecules from the print, ready to be captured by the mass spectrometer.

You see this laser pointer and the spot it makes on my hand?

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