The first one was miniaturization.

Particle density

We at Oblong believe that media should be accessible in much more fine grained form.

They guy on the left is a safe loss.

These particles together comprise our estimation after the motion command over here.

We're creating a new set of particles called P3 it's an empty set in the beginning, and inside this routine, every time I resample,

Well, the Standard Model predicts how often and in what ways the Higgs boson would decay to the various, lighter particles.

And we keep doing that, and build more powerful machines, accelerators for particles.

And you see the amount of detail that is in those rings, which are the particles.

And we start with the assertion that, again, testing the entire input should fail.

However, you can't burn this.

Then this variable is true. So far so good.

Here you see our robot moving to the right again, and now the same what we call resampling takes place.

And I don't know if it's a bug in the game or if it's extremely realistic,

Try the 'Detail slider it makes a lot of difference.

Tiny particles in the air can cause cancer.

Narrator And it turns out it's actually harder than you think, but I'm going to show you how to do it, and once you've done it, you can use the exact same code forever for any particle filter.

Then that will simplify matters.

When it suggests that it's not fast, indeed that will be the case.

So, this one moves forward, it will move slightly upwards.

Again, same choice they can play it safe for always getting two grapes every single time, or they can take a risky bet and choose between one and three.

And as the sandstone weathers, new grains break free.

Here is our 1 dimensional localization example again, this time with particle filters.

That is, we keep on working with a now simplified string.

We have increased density over here, over here, and over here.

So it's a prediction a prediction of a new particle.

So there might be other particles, we don't even care how many.

This is actually taken from the satellite that we have in orbit around Saturn, the Cassini.

Particles

You're beyond anal.

And what it does is rather special it gives mass to elementary particles.

And if you see those metal bits there those are huge magnets that bend electrically charged particles, so it can measure how fast they're traveling.

Set here the film ISO sensitivity to use for simulating the film graininess.

It can easily happen that the uniform value is so small that the same particle is picked twice, and it's easy to see that each particle is now picked in proportion to the total circumference it spans in this wheel of particles.

Beyond that large glass of models, uses so called particle mesh simulations, where by collective effect of all other particles except one, is smoothed into a density field, a mesh, and then You can compute interaction of that particle with a density field.

But in that time, that antibody can go and find a cancer cell.

An OompaLoompa was lucky if he found three or four cocoa beans a year.

And what we discovered was that the count of those minute particles is in fact 40 times higher than the larger particles.

Pick a particle from the set over here and pick it in proportion to the importance weight.

What percentage of infected people were killed by it?

Simply applying the virial theorum that kinetic energy has to be one half potential to within Plus or minus sign and we can consider galaxies as test particles using their velocity dispersion.

It was a quite exciting experiment when we just took the synthetic piece of DNA, injected it in the bacteria and all of a sudden, that DNA started driving the production of the virus particles that turned around and then killed the bacteria.

Film Grain

This option adds infrared film grain to the image depending on ISO sensitivity.

Or what's not happening in the Large Hadron Collider in CERN.