That is it for homework 3. That was actually quite a bit.

And all of a sudden we're doubling.

Because the habitats we build are the external manifestation of our imagination.

And of course the data can be used to develop 3D models that are very accurate and very detailed.

Now why is that the case?

But actually many of the concepts are amenable to a much younger age group.

I fell in love with the way things moved, so I started to explore motion by making little flipbooks.

We made an application for Layar

And it's not just passive structures, it's entire machines.

And then different electronic components can be etched onto the silicon and this allows you to essentially make the components very, very cheaply.

You can do this.

So that I can, multiply a bunch of them, or I could come run a simulation, and I could actually come up with useful results.

In the world of Godzilla spider mites, we can make millions of mirrors, each one fifth the diameter of a human hair, moving at hundreds of thousands of times per second to make large screen displays, so that we can watch movies like Godzilla in high def.

But you say, well, what good is this function for?

So all the rules have this form.

But we can reduce, we can reduce the Coulomb Barrier strength magnetic field strenght

This little bit of SQL here, select from links, just selects all of the columns from the links table.

So I like this about interactive video sculpture, that you can actually interact with it, that all of you can actually touch an artwork and be part of the artwork yourselves, and hopefully, one day, I'll have each and every one of you trapped in one of my jars.

So, in this particular case, the code here is only going to tell us the length of the shortest path.

We could create a list using just 2 brackets, a left bracket and a right bracket, and this would create a list containing 0 elements, also known as the empty list.

Extruded typography that's backlit with neon.

But then this last one, I only have four left, so I can't make another group of five.

So these are real visible projects that hopefully the students can point to and say,

So now we have prototypes that can show that four people can actually sleep securely and much more comfortably than a tent could ever provide.

Which means we can bring all this information together to create some incredibly strong illusions.

We can break things down into highly calibrated small tasks.

For every community in the United States, you could have your own personalized map of that.

And in fact, because we can create bespoke products en masse, one offs, we can create implants that are specific to individuals.

But I'll show you the algebraic way, because when problems get complicated, this'll always work.

There are a few different types of graphics that you can use.

Kill! Then love.

With public art,

And it's really actually very simple, and it's a very fast query we can do.

Sorry, you can only delete a level from one of your own games.

And then taking this idea of creating a very detailed structure, we can apply it to honeycomb structures and use them within implants.

So what we have right here is the cover of every single Sports illustrated ever produced.

So all I did is I split up this 13x into a 5x plus an 8x.

You know, these are the towering countries that kind of define this concept.

You can add b, d, g, b, d, g, b, d, g at the beginning as often as you'd like and make longer and longer strings.

Voice In language, infinitely many words can be written with a small set of letters.

We are gonna start in right away by finishing the code for the search engine.

That's a pretty decent shot at a pentagon.

And if I had to graph 1, I'd say, hey, that's 1.

He's built, in fact, a climbing foot bot inspired by nature.

It's something that you make as a way of communicating with other stakeholders