A day of the mind’s eye in the US

The day of attention has come to an end.

We’ve seen a few of the world’s best minds working on something and seeing how they’re doing.

The day has also brought us some of the most remarkable, mind-bending and utterly bizarre creations ever created.

From the creation of a robot that can talk to people, to the creation the internet can only dream of, here’s our top 10 most amazing creations of all time.


The eye of the robot The eye is a bit of a misnomer, really.

The robot we’re talking about is called The Eye and is actually an eyepatch that’s attached to the robot’s eye, with the rest of the eye’s functionality built into the back of the eyeball.

This is because the eye of a humanoid robot is not only shaped like an eyeball, but it also has a lens to focus the light that is focused on it.

The lens is also attached to a tiny robotic camera that’s being used to record video of the whole robot.

It’s the only way we know that we can see the robot.

But it’s not all about the eye.

In fact, it’s more of a camera than a robot.

The camera has to be mounted on the robot in order to be able to record its image, and that’s how it’s done.

It has three cameras, each with a different function: it takes video, it captures video in real time, and it can also record a photo, but this is not the primary function.

It can also control the robot by sending commands through the camera.

The main camera takes video of everything that the robot sees, which includes its surroundings, its eyes, and the rest.

The two other cameras, the camera on the top and the one on the bottom, capture a small area of the scene, but then they need to be moved so that the entire robot can see them.

They then use this to position the robot so that they can capture more video, which is then used to reconstruct the scene the robot was in before it was captured.

As you can see from the video above, the two cameras are very different from one another.

They’re not perfectly aligned, so it’s very hard to see which camera is the main one.

In reality, though, it is.

The Eye’s camera is on the left, and its camera on its top is facing you, so you can tell which is the camera that is capturing the scene.

The other camera is looking down at you from above, and is the one that is taking a photo.

The real function of the Eye is to see you.

And it’s working pretty well, even when the robot is still looking at you.

Its video is recorded and stored in a virtual camera.

This virtual camera is a special kind of video camera that has been specially designed for the Eye to take the video it’s looking at.

The special camera captures the scene in real-time, so the whole Robot can see what it’s doing.

It is, however, not as good at capturing the human eye as it is the other cameras.

The human eye is able to pick up objects and movements, but the robot has trouble seeing people in particular, because the robot can’t see the human eyes.

The cameras on the Eye also have the capability to record a picture of itself, which allows the robot to make a video of itself and the robot doing the things it’s been doing.

When the video is made, it can be saved as a video file, which can be shared online for anyone to see.

You can see a video that the Eye captured in this video, and then you can compare it with a real video of a real person.

It doesn’t sound as if it’s going to be a great video, but we’ll let the Robot’s eyes do the talking.


The brain of a frog It’s a really weird robot, but there’s a whole lot more to it than meets the eye here.

There’s a computer chip that’s built into its head that’s controlling the robot and also controls its internal systems.

When it’s in the right place, the chip can be used to control the entire thing, even if the robot doesn’t really have a human brain inside it.

This chip, called the “brain”, has been used in some of our most amazing robot creations.

The chip can communicate with the robot through a video interface.

When a robot has a human mind, it makes more decisions than when it’s robotless.

When an algorithm is used to decide which robots to use to help them navigate, the robot will be less able to learn and adapt to its environment.

When this happens, the robots brains will start to shrink.

As the robot grows, it’ll start to have a lot more neurons.

But when these neurons shrink, they can’t connect to other parts of the brain, and they can no longer think or move