Light came out of it in every direction.

They were throwing those lights around.

And I'm following all the light kicks on this thing and making sure that as I'm holding the light in the same position, I'm getting the same type of reflection on it that's the level of detail I'm going into this thing.

The sun was shining, yet it was cold.

And the phosphor is excited by the blue and makes the light white and warm and pleasant.

The clouds are lifting, the sun is breaking through.

In 10 minutes you'd be sitting under the hot lights.

Because all this light here goes up to the sky.

Optical debris can be detected by reflected sunlight when the debris object is sunlit while the ground below is dark.

This side of the street don't get the afternoon sun.

Hey, now. She shows up hollow under the lights, and there's something inside.

And this is very important light to capture, because this is the light that reflects off the first surface of the skin.

And by night, artificial light in each one emanates and comes out to the outside.

These are the galleries with the light coming in through the skylights, and at night, and on opening day.

Early Venus also benefited from a sun that was 30 percent dimmer.

If you shine a light on them, they produce electricity.

And when the sun hit her stirrups, she was a dazzling sight to behold.

There you can see mosquitoes as they fly around, being lit up.

You see the sunbeams coming from the ventilation ducts and the train approaching.

A mile and a half from the surface to two miles to three miles no sun has ever gotten down here.

8 Compute reflected, refracted, and transmitted rays

They take all the parallel incoming rays and focus it to a single spot.

(c) Albedo a measure of the reflectivity of an object which characterizes the optical visibility of an object

The Goto 45 centimetre reflecting telescope, for example, is equipped with a photometer, a spectrograph and a photographic camera.

(d) Albedo a measure of the reflectivity of an object that characterizes the optical visibility of an object

We can shoot light into the brain to reactivate the memory of the blue box.

It sticks out, it's got spotlights on it and a brass band.

And he kind of flicked it open in a way that caught the sun that was just coming over the Rockies, it was very it was, it was impressive.

If they are under the same light, reflecting the same amount of light to your eye, then they must be equally reflective.

So this animation just tries to explain this concept where we made these cells sensitive to being turned off with light, and we beam light in, and just for the time it takes to shut down a seizure, we're hoping to be able to turn it off.

Tremendous fire.

It would be all atoms pulsating in unison, emitting light of one color, one frequency.

With what's available now, even with Xrays, and analyzing the phlegm

It's this non tracking collector with these six tuba like horns, and each of them collect light in the following way if the sunlight strikes right here, it might bounce right to the center, the hot spot, directly, but if the sun is off axis and comes from the side, it might hit two places and take two bounces.

And then, when you shine sunlight at them, the sunlight will be reflected back, just as it is in the eyes of an animal.

It could also be the sunlight that breaks through the clouds and lights up a patch of the land, highlighting it compared to the dim environment.

He was reportedly interrogated during the first two weeks, during which time he was confined to a small cell under continuous strong light, the intensity of which would be increased if he refused to answer a question.

Analyse X ray Fluorescence data

Flames dazzle and flash and lash at the rocks.

It doesn't emit in the electromagnetic spectrum. It doesn't reflect.

So for direct light, it takes only one bounce, for off axis light it might take two, and for extreme off axis, it might take three.

And so the daylight was just coming it was caught on the outside of the box and was coming down to illuminate each seed.

And in this impossibly beautiful picture, you see the main rings backlit by the Sun, you see the refracted image of the Sun and you see this ring created, in fact, by the exhalations of Enceladus.

Also, the atmosphere has a brightness all of its own, owing in part to scattering of electromagnetic radiation from various sources (such as city lighting, Moon light, auroral type phenomena and lightning).

Everything I've done will be examined and reexamined with Xrays fluoroscopes, microscopes, shadowgraphs smelly chemicals and all sorts of...