here, so instead of looking at my face, we're going

to actually get to look at Google Earth and look at Moon

and Google Earth, and hopefully, that's a little more interesting.

If you haven't used it, Google Earth is kind of a little virtual reality globe,

so you can drag it around, you can zoom in and out,

you can go find your house is the usual thing. I quite encourage you to try it, but what

we're really going to talk about today, of course, is Moon

and Google Earth. Moon and Google Earth is easily accessed.

There's a button on the top tool bar that looks like a planet.

You pull it down, and you pick Moon. It will transition here, and basically we

have the same experience as Google Earth, but we're on the moon.

You can do all the same things except for finding your house, basically.

You can zoom in, you can look around; there's imagery;

the base terrain is from the Clementine Orbiter. The USGS, the U.S. Geological Survey, put

together the mosaic. This strip through the middle is from the

lunar metric camera, or the Apollo metric camera, sorry, that was

taken in the Apollo age. If we zoom in, we can find craters.

There's this crater here that's kind of interesting. Unlike the map's experience, Earth is actually

fully 3D. So we can actually tilt and fly around, and

actually get a sense of the space around these objects, instead

of just viewing the imagery. Additionally, on the left hand side, there's

this list of layers. So we're going to do a lot of play between

the 3D view in the middle and the layers. The layers basically turn on and off things,

and double-clicking something goes to it.

It's pretty intuitive. If we zoom out at this point, there's also,

the name of the crater there… I'm sure I'm going to pronounce it wrong…

but it's Timocharis, or something like that.

You click on them, you find out info about them.

If you keep zooming out, there's actually, these little red squares

are featured satellite images. If you click on those, you get these wonderful,

basically, magazine article style descriptions of what's

going on with annotated images, and you can read all about what's going on

in these images. It's great for classrooms.

Then, if we keep zooming out, there's also these little red squares,

kind of dotting the planet…I'm sorry, blue squares dotting the planet.

These are actually donated video by the Jackson Space Agency

from the [unable to understand] Orbiter. We won't play these now; we'll play some high

definition versions for you later on the full screen.

Because that screen is amazing; it's huge. If we move along here, there's… I'm

going to go through each of the layers on this left panel, basically.

We have global maps…These are, basically, global alternate versions.

The view that we initially had is what your naked eye would see.

But these are color-coded according to altitude…this terrain map.

And the blue dark areas are basically low-lying areas,

and the brighter colors are the highlands. There's a key on the left.

Let's go out of the global maps; let's get into some of the best stuff here.

Let's go look at Apollo 11. If we pop open the Apollo layers, you'll see

these mission badges for each of them.

We've got, basically, stories for every landing. If we double-click the mission badge, we're

actually going to zoom in and fly right down to the Apollo 11 landing

sites. Give it a second here to finish.

Every place mark on the map, once we get down here,

is something that the Astronauts did. There's basically stories of all the major

activities. The red dots are basic stories with info.

The camera icons are actually photos that we can fine-tune.

We'll do that in a minute. The You Tube ones are You Tube videos of their

activities. If we click on the name, Apollo 11, we get

this little thumbnail gallery. This is the way you navigate.

Each of these little thumbnails is something that they did, in sequence.

If we click on, say, the TV camera, you can read about

how they deployed the TV camera and how they tripped over the wiring,

almost, and it presented some challenges. There's little ‘next' and ‘previous'

buttons, so you can actually step along in sequence and see everything that they did.

We click ‘overview' to get back. Let's go next, maybe, to the lander.

These little photo icons you can see on the thumbnails.

So now we're going to fly into a street view style image.

This is a 360 degree panorama that the Astronauts themselves took.

What they actually did was take lots and lots of photos.

They stood in place and rotated around. And, in concert with NASA, we've stitched

them all together into these mostly seamless mosaics.

Although, if we pan down here, you can kind of catch a little piece of a leg.

We left many things on the moon. We did not leave part of Buzz Aldrin's leg,

I assure you. This is just a stitching artifact.

But you can zoom in and you can see the footprints. There's tons of really awesome, really cool,

imagery here to explore. Let's exit the photo, and we'll move on to

some video. So we pop open the Apollo 11 overview button

again. That first video is actually Neil Armstrong

taking his first step. Let's listen to that, and play that for a

second:

>>VIDEO: That's one small step for man…"

>> WEISS-MALIK: It looks like our audio feed isn't working, but we all know what he says.

Let's try that one more time real quick. Well, that's all right; we'll keep moving.

So, as we exit the Apollo 11 segments, let's zoom out.

This is really exciting. Somebody described…Laurie described

earlier that Lunar Reconnaissance Orbiter.

Just last week, it took images of the Apollo 11 landing site.

The moon is much more than just a single product. It's a platform.

It's very easy to put content onto it. It's like a web browser.

And, so, on quick turnaround over the weekend, we actually put the images from Lunar Reconnaissance

Orbiter into the product.

So we can zoom in and actually see…what we're going to see here

once we zoom in…that strip, that vertical strip that just loaded

is this image that was taken by LRO just this week.

We're going to zoom in and try to spot… that little flag guy

is where the 11 site is. As we get closer, there's a long, black shadow.

That's actually the shadow of the lander. These images are really amazing.

I'm delighted that we were able to turn them around really quickly

and make them in for the product.

[applause]

Now, let's pick another mission. How about we head over to Apollo 17?

Apollo 17…this is Jack Schmidt and Eugene Cernan…

they landed in the Valley of S/L Toris Litro. We can zoom in and, again, this 3-D is really

powerful because it actually gives you a sense of some

of the scale of these features. There's their spacecraft.

There is the valley that they landed in. We're going to pan around here.

And, of course, as LRO…Lunar Reconnaissance Orbiter…

gathers better and better data, we'll be able to improve this

and give an even better view. Let's, real quick, click on the Apollo 17

overview, and we'll visit… how about the image of the Rover?

Where is it? That one…Yep.

Just up one. Now we're going to fly into it.

We're going back into one of these street views.

This is the Lunar Rover. We can zoom in again, just like that footprint

view, and take a look at things.

As we look at it, actually, we'll pan over to the right.

You'll notice that there's an odd-looking fender on the real right wheel.

We can actually learn a little bit more about that.

Let's exit the photo. As we exit the photo, we can then go back

to the thumbnail gallery, and on the top line of the thumbnail gallery,

there's actually a story on this fender. This was an ad hoc engineering on the moon.

I won't go into detail, but I encourage you to go look it up.

There's a really great story here. So let's go out of Apollo 17, and hit the

historic maps. This is a historic maps layer.

This is really cool. The U.S. Geological Survey put together a

series of 20-some poster size charts of the moon.

They describe the geology of the moon, and there's also

some topographic layers, as we zoom out here. These are really colorful wall charts.

Each one describes a small segment of the moon.

But what we've done is paste them all together so that

you can see them on the whole globe in context. And, in fact, you'll see that they end.

They only cover half of the moon because we only had

information on the side of the moon that faced us at the time.

If we click on one of them, we can actually zoom in even further.

This is kind of unique. And open up the original poster.

So what it's going to do is zoom in and give us the whole poster,

including the key, so these color-coded areas represent

different types of rock; different types of geology.

And we can actually zoom in and read all about what the green stuff is versus what the blue

stuff is. These are great for science classrooms.

These are great for real science. These are great for actual mission planning

for going to the moon. And, indeed, they were used in the Apollo

era for that sort of thing. And my favorite little anecdote here, if we

go all the way down to the very bottom right-hand corner

and zoom in… they are for sale for the fine price of $1.

But you can get them for free from us in Lunar Google Earth.

So it's a real bargain. Let's exit out of here.

And let's open the human artifacts layer. This is really cool.

This is a list of all the objects that have been thrown at the moon.

Most of them crashed, either deliberately or by accident.

But some of them did land successfully, very notably.

So let's go find Surveyor 3, because it has a very particular story behind it.

This is a U.S. Lander that landed in 1967. [unable to understand short phrase] it was

a successful project. As it loads here, we're going to have an actual

little 3-D model of Surveyor. But what's really cool is, you can zoom around

it, but if we pan up, what is that in the background but Apollo

12? So, in case you didn't know, Apollo 12 actually

landed. They were shooting for Surveyor 3, and they

really nailed it. And they didn't know until they got out of

the LEM and found out. And, in fact, we have a You Tube video in

there that you can go home and play, where they're

like, "Hey, man. It's right over there."

They didn't realize this until they got out. You can see it.

And if we zoom up, we can see they're really, they're not very far at all.

There's a scale bar at the bottom of the screen, and it's hundreds of feet.

They really got right there. The Russians also landed quite a few space

craft on the moon. Let's go look at the U.S.S.R. real quick.

The Luna 21 is an interesting mission. We make a lot of…we celebrate the Merr

missions a lot. But what a lot of people don't realize is

that Russia actually landed this craft. This is the main lander.

You'll notice the ramp. So something drove off of this.

Back in 1973, basically, it drove several miles over several nights.

If we zoom in, we can go find it. This, in my opinion, is the most adorable

space craft I've seen. It looks like it's right out of a cartoon

movie. This is the Luna Cod 2.

And as we rotate around it, I feel like it should be speaking.

Moving along…the last thing that we have to highlight here…

we've really saved the best for last. Andrew Chaikin, who will speak a little later,

was kind enough to author a tour of Apollo 11 for us.

So Google Earth gives you the power to compose pre-made tours.

We're going to play a little bit of it for you here.

>>AUDIO TOUR: I'm Andrew Chaikin, author of A Man on the Moon,

The Voyages of the Apollo Astronauts. By July 1969, NASA was racing to meet President

Kennedy's audacious 1961 challenge to land a man on

the moon and return him safely to the earth by the end

of the decade. Apollo 11 might just be the mission that transformed

the moon from a light in the sky into a place where

humans had actually walked.

>>WEISS-MALIK: Now, this is not a movie. This is a lot like a movie; you can pause

it; you can fast forward; you can skip. But while you're paused, you can drag it around.

You are actually in Google Earth. You can look at a crater that catches your

eye. And when you hit ‘play' or ‘resume'

it will basically catch right back up. So let's…I like, you know, when you

read a book you kind of skip to the end, so let's skip to the end and see

how this all turns out.