Welcome to this solo hosted slo Mo guys video.

This video is sponsored by LG And to help us make it, they've kindly provided this colossal television, which is currently displaying the live feed of a phantom camera, sat right over there.

So why don't we take a look at the cell?

There is a set of stills, photos online by a German photographer called Marcus Rubles.

I think it's how you pronounce his name, who's done a bunch of droplet photography.

So as the droplet falls into the water and then rises back up and separates from its column, we'll take a picture and it will refract an image through the droplet behind.

So he's done the Earth and other planets, and we're gonna basically replicate that, but have a video element so you can actually see it in motion and hopefully see the separation of the droplet.

And it'll just look like the planet Earth has little globe in a tiny drop of water.

Now, in order to make this work, we need to flip the world upside down, and that's because the drop of water will be flipping the image.

So all of the information down here will be seen in the top of the droplets on all the information from up here will be seen in the bottom.

Kind of like how your eyeballs work.

Now, I didn't actually have a big map of the earth like this.

I printed one out.

It's like 15 pieces of paper cut him out and stuck into this board.

It looks pretty terrible, but hopefully because it will be seen through a droplet about here.

You want to notice how shoddy my Mathis will start?

12 and 1/2 1000 frames a second on the V 26 for you, Which means a lot of light stop down there.

And this could take many, many attempts because this is such a fiddly shot on this camera is very loud to stand next to you.

I'm gonna play it back on the eight k over left while we watch these back.

I'm gonna turn off the onscreen display.

Sir, we don't have anything fixed.

So this time I focused on the droplet itself.

Yeah, and it does seem like the map is too far away from the droplet to be in focus at the same time, so I'm gonna have to figure out a way to add some depth here.

I do love how 12,000 frames a separation.

That should be really, really nice.

What do you think of me?

Oh, yeah, You like that?

If this was an HD TV, it would be 1920 by 10.

80 pixels, which is about two megapixels.

And if it was, UHT would be 38 40 by 2160 was about eight megapixels.

This TV is 76 80 by 43 20 which about 33 megapixels.

Every frame is 33 megapixels.

Just for a laugh.

I've connected a PC to it, and I've set the resolution to 76 80 by 43.

20 on dhe.

It currently has scaling of 300% which makes everything look normal Sized.

I'm just gonna say it to 100% because then everything will be pixel for pixel at eight k resolution, which well, that should be comical, To be honest, see how big the start menu us.

You could honestly say hey like this, do some work.

Now, you might be wondering, what can I watch in eight K on a screen like this.

Well, let me show you.

We've actually been shooting a lot of our videos in a K for quite some time.

So you can watch.

Our video is if you want.

This one's available in 43 20 p 50.

See how it looks.

If my GP doesn't explode, I can see the board spot on the top of my head.

That's the downside of a K, I guess in the last TV video, I was showing how an LCD panel look different to an old lead panel under a macro lens.

This is what the 77 inch four ko they look like under five times magnification through the macro lens.

And just to show the increased pixel density, this is the eight K 18 inch lead under five times magnification on that just about does it.

Hopefully you enjoyed that footage.

Big old thanks to LG for sponsoring this video on.

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