How to pronounce “ultraviolet” in English

exposure to ultraviolet light.

They see ultraviolet.

You have ultraviolet radiation from these lights.

So there's an ultraviolet invisible spectrograph and then a lunar dust environment detector.

x-rays and the ultraviolet and all of that so Mariners Mars is a frigid bone

Or being able to see infrared or ultraviolet.

All we were seeing was ultraviolet light, which is emitted by the stars that have just recently formed.

Vision extend does infrared work does ultraviolet contribute is there like a reason to not filter for example with a

And we've played around with both ultraviolet light projectors and visible light projectors.

You could treat them with ultraviolet light.

And it's glowing in ultraviolet light, and again, it's these electrons being accelerated and being shot across intergalactic space going to stellar space and this structure

What we're looking at is the ultraviolet light coming from a baby galaxy or teenage galaxy that light has been traveling towards for 12 billion years.

protected in these caves from UltraViolets and uh and uh my guess is

Actually not infrared, ultraviolet.

established it's World Health Organization class one that radiation ultraviolet radiation both UVA and UVB

the hinge, and then harden it with ultraviolet light it is incredibly complicated.

So the UV radiation-- that is, Ultraviolet radiation-- initiates the reionization epoch of the universe.

And the ionized gas produces UV radiation, Ultraviolet radiation.

We did some work a few years ago on whether you have ultraviolet-blocking lenses for cataract transplants or blue-blocking.

Apollo 16 brought a little telescope to the surface of the moon and observed ultraviolet light from there.

And they expected-- they expected to find mutations in skin because it's exposed to ultraviolet light, which we know causes mutations.

We landed in Mars where I would call modern Mars-- bathed in ultraviolet light, hammered by cosmic rays,

They're more susceptible to the ultraviolet and x-ray emission that's coming off of stars, especially like M stars that emit lots of that kind of radiation.

We're in Sublimotion in Shanghai, Ultraviolet, sorry, in Shanghai.

are doing, as far as the ultraviolet cure shells, so, we figured it out.

He once told me he could see a little way into the ultraviolet.

It's around 5.5 electron volts, which means that only ultraviolet photons have enough energy to excite the electrons.

This, for obvious reasons, became known as the ultraviolet catastrophe.

You can't see ultraviolet radiation.

And keep in mind-- so I PI of the ultraviolet spectrometer on Rosetta.

And in black and white that allows me to see in the infrared, ultraviolet, things that you can't see with your natural eye.

You've got a few very massive stars which put our a lot of their light in the ultraviolet, and then that gets redshifted so that Hubble could see it

there's many other species that can sense colors that we cannot sense like infrareds and ultraviolet.

2008, I decided to extend my perception of color to near infrared and near ultraviolet.

But what happens is the sun bombards these planets with radiation, part of which is ultraviolet and x-ray radiation

receptors, including things that extend into the infrared and the ultraviolet.

And because that bottle is essentially constraining the water to be very shallow, the ultraviolet rays and the sunlight can shine straight through and kill any pathogens

layer as in its atmosphere as the Earth does, that methane gets broken down from ultraviolet radiation.

They even gave the technology a new name, extreme ultraviolet lithography,

You can't see all the ultraviolet radiation, the

We cannot see ultraviolet.

You can see there's a big clumping of them at very blue colors, blue optical and blue ultraviolet, blue meaning it's got a lot more ultraviolet than it

And then red colors, so red optical colors and red ultraviolet, not a lot of ultraviolet.

But then there's also sensory expansion, which is where you come to expand senses that you already have-- for example, getting to see infrared or ultraviolet

And when we successfully do this, just like we have different wavelengths of light so that there are x-rays, that are ultraviolet rays, optical,

So rattlesnakes, for example, include part of the infrared range in their view of reality, and honeybees includes some of the ultraviolet range

This is the telescope that you imagine, but there are invisible lights, such as infrared rays, ultraviolet rays, x-rays, gamma rays and radio waves.

Then we have lens yellowing, which is when your lens, exposed ultraviolet light over many years, becomes--

You see it in this big cone on the satellite, where a laser, a LIDAR beam, comes out in the ultraviolet,