It does not respond according to the same laws of operation that we've been accustomed to over the 19th and 20th century, with mechanical, digital technologies. Essentially, this simple oil droplet in a medium of water, a little bit of soap, and a lot of wriggling is a complete technology. You can't take, you can't break it up into components. It exists as a whole from its essence; from the time of its birth. What I find really amazing about this particular
So there are basically three ways to generate EUV, to build a sun on Earth. These droplets are irregular in size, shape, velocity and distance, and the whole process is chaotic.
So there are basically three ways to generate EUV, to build a sun on Earth. Those droplets are traveling through this like maelstrom of hydrogen flow.
They're falling from the cloud to the ground. Fog droplets tend to float. They move horizontally. So fog collectors will be posted in a vertical fashion to try to maximize the fog going through the material.
So the process, like I said, it's pretty straightforward. Fog droplets impact the mesh. Then they get trapped, and they start moving.
provides a nucleus for each little water droplet . Water droplets cling to this and that makes them heavy enough to fall as rain. It was kind of, I don't know, it was just kind of an intuitive sense that they had watching clouds.
So they brought all of these cows to feed the troops. There's not a droplet of water out of place.
chemicals being used in this particular substance here. Its fat, water, a bit of surfactant, which like a soap just to break down the very high pressures form surface tension around the oil droplet because of the reaction between oil and water. Of course, oil has this schizophrenic relationship with water; it loves it on one hand and hates it on the other hand. And any disturbance in populations of oil molecules, in relationship to a water interface, causes
Celsius and lo and behold next year it was cool by half a degree Celsius; there was more ice in the Arctic which meant more polar bears and the biologists called the cubs Mt. Pinatubo of a water droplet which goes up and joins the ocean clouds and makes them brighter, thereby brightening the whole damn planet or at least that part of the oceans by whatever
So there are basically three ways to generate EUV, to build a sun on Earth. To make the droplets , extremely pure tin is melted and pushed through a microscopic nozzle by high pressure nitrogen.
So there are basically three ways to generate EUV, to build a sun on Earth. like the little irregular droplets come together to form these perfectly spaced, perfectly regular droplets that are about the same size and shape
So there are basically three ways to generate EUV, to build a sun on Earth. - But these droplets not only have to be identical, they have to be moving incredibly fast.
There is meteorites from Earth on Mars. self-organized droplets , that we call protobionts.
And over time, the mesh becomes waterlogged. And then larger droplets fall from the mesh into a trough, and then into a collection tank. So basically what these fog collectors are doing is they're converting the small, microscopic droplets in fog into larger droplets , which we can then plumb into a tank.
- If you're familiar with a garden sprayer, they are gigantic versions of that. So they're making droplets , fine mists, out of this liquid waste, and that can drift down wind into the neighboring communities.
There are about 5,000 known species of jumping spiders. And then the droplets are this protein glue, aggregate silk protein glue.
Well, that is exactly what this machine does. It hits one tiny tin droplet three times in a row, heating each one up to over 220,000 Kelvin. That's roughly 40 times hotter than the surface of the Sun.
That's roughly 40 times hotter than the surface of the Sun. And it doesn't just hit one droplet , it hits 50,000 droplets every single second. How often do you miss a laser shot?
So there are basically three ways to generate EUV, to build a sun on Earth. - What will happen is if the next droplet that's coming down the line is too close, then it'll actually get like disturbed
So there are basically three ways to generate EUV, to build a sun on Earth. - The way we blasted the droplet was so not enough light, too much debris.
So there are basically three ways to generate EUV, to build a sun on Earth. - One shot to hit the droplet and it expands in like a pancake shape.
So there are basically three ways to generate EUV, to build a sun on Earth. - By changing the target from a droplet to a pancake, you got a larger surface area for the laser to vaporize,
So there are basically three ways to generate EUV, to build a sun on Earth. So in order to basically track the droplets for that, we use laser curtains and we can sort of look at when does the droplet pass through a laser curtain.
They had this theory that the reason super-cooled clouds produce rain eventually is because something is introduced into the cloud that provides a nucleus for each little water droplet . Water droplets cling to this and that makes them heavy enough to fall as rain.
Then you take a picture. And you can time where the water droplet is in its journey when you take the picture. There's also unexpected phenomena.
There's also unexpected phenomena. If you were to look inside the droplet of water, you see the lens. And you see the upside down image.
it's the best interface for a city, and bicycling. It's also a phenomenal invention; doesn't need much more. So, we privileged that and we also give the road a bit of intelligence well not the membranes but the water droplet systems. So you will get biological synthetic hybrids and I mean that these agents actually, I think, take off where nanotechnology
So there are basically three ways to generate EUV, to build a sun on Earth. The problem was that the tin droplets were too dense, meaning that most of the emitted EUV light was still getting reabsorbed
So for those of you, the reason why it's caviar, the aerials are separate from each other so that you can squeeze the fruit and you get like a little tiny droplets of citrus goodness. Right, it's just like this burst.
We have common terns in Israel. You can see the water droplets flying everywhere.
through metal like butter. Next, a tiny droplet of molten tin, roughly the size of a white blood cell, is shot out in front of you around 250 kilometers per hour.
So there are basically three ways to generate EUV, to build a sun on Earth. - The big idea was instead of hitting the droplet once, hit it twice.
So there are basically three ways to generate EUV, to build a sun on Earth. Those scattered photons tell us basically when and where is the droplet , and then importantly tells us when to fire the laser.
All he was getting was a series of rejections, one after the other. Here's Vincent Schaefer installing into the B17 a cloud droplet meter that Bernie had invented to measure the number of droplets
"Stop taking this so seriously. Because it's clear that the Black Death possessed a droplet -based transmission.
"Stop taking this so seriously. Now, a droplet -based transition means I sneeze and then you die.
And the starting point to understanding why this system works is I can explain a little bit more about fog. And the most important aspect of fog is that the droplets in fog are microscopic. They are about 100 times smaller than a raindrop.
great amount of movement and this actually accounts for these physical phenomena that we see with these dynamic oil and water droplets . So, what could we do with a system that's able to accrete a little bit of carbon dioxide? And same, this is not geoengineering scale; literally this builds a crystalline layer around it. And how could we use this in architectural, or even a design device? Well, propositionally, we've come up with an idea that may provide
Celestial wedding um and then High layers uh like serratus this Cloud here um these are composed of ice crystals rather than water droplets which the lower clouds tend to be middle clouds are often a mixture of the two and ice crystals can in certain situations be
rising up in the center of the coud forces this Air Stream to rise and as it rises it cools and whenever air rises and cools there's more likelihood of some moisture forming into droplets and appear in as CL that's how it happens cloud is usually to do with air rising and drop forming other supplementary
these can then fall Below in a in a full streak and it's something which is also formed as when an airplane flies up through a cloud uh it can sometimes cause the droplets to freeze and you get these strange sort of holes and effects
So there are basically three ways to generate EUV, to build a sun on Earth. and like force onto it that it's gonna collapse into a single droplet and then happen again and again and again?
Maybe I have to impose extra information. And of course, each new droplet just makes a tiny change to the landscape, and will therefore affect future droplets .
dissect a sheep's brain, put a little droplet of alcohol on it.
So there are basically three ways to generate EUV, to build a sun on Earth. But it turns out that you can't instantly make thousands of tin droplets that are the exact same.
So there are basically three ways to generate EUV, to build a sun on Earth. And so mastering that modulation of the jet is how we make the droplets .
So there are basically three ways to generate EUV, to build a sun on Earth. So we have a requirement which is both that we make 50,000 droplets per second, but also that they're traveling extremely fast.
So there are basically three ways to generate EUV, to build a sun on Earth. That's the level of precision that we need to deliver the droplets .
Your cells, which are very delicate little fatty droplets of proteinous activity wandering around in your body,
And eventually, if you have many small cloud droplets , you will have a cloud.