They all have a lot in common with brain science.

Now, let's compare this with the brain.

And we are going to talk about the mind and its connection to the brain and the body.

And what does a relationship has to do with the brain anyway?

I think we have to compare (Laughter) we have to compare the size of the brain with what the brain can do.

The brain is too fragile to handle the sudden movement.

The new brain is actually kind of easier than the old brain.

The biological brain is the only brain of the robot.

A signal in the brain that triggers brain dysfunction might be sensed as a trigger for electro stimulation like we're doing with epilepsy.

Because the brain's not mechanical, the brain is electrical and it's chemical.

And you have the cerebral cortex providing the great spectacle of our minds with the profusion of images that are, in fact, the contents of our minds and that we normally pay most attention to, as we should, because that's really the film that is rolling in our minds.

The stuff has a very short half life, same with brain science.

So I'm going to do this with no slides, but with one model of the brain.

And to do that, I'll tell you about how the brain deals with sensory input.

These effects are achieved by an agonistic interaction with estrogen receptors in the brain and bone.

Each neuron is relatively simple compared to the whole brain, and again there's no central control.

We have learned to talk to the big brain taste and reward, as you know.

This brain sits in your body we are going to talk about the brain and the body.

This is a representation of your brain, and your brain can be broken into two parts.

Brain Power

They thought they would soon outstrip the capacity of the brain.

In my lab, we're developing a brain computer interface technique that's designed to tweak the brain in a way that may improve self control.

So together they form a map for the rest of the brain, telling the brain continually,

And in neuroscience, we have to deal with many difficult questions about the brain.

We are going to talk about this brain that's in your head, that has the face over here, and has a top of the brain, the lower parts of the brain.

I think brain research is giving us some clues.

And the brain specializes for it.

How do you imagine the brain?

Brain's malfunctioning.

I looked was the brain.

And where care lodges sleep will never lie But where unbruised youth with unstuff'd brain

It integrates your body, your brainstem, your limbic area, your cortex, and even your relationships with other people.

Electroencephalography (EEG) is the recording of electrical activity along the scalp.

To diagnose and treat a brain disorder accurately, it would be necessary to look at the brain directly.

The brain processes this in parallel, the figments of information asking a whole bunch of questions to create a unified mental model.

And up until a little more than a century ago, nobody was able to do that with the brain.

These receptors have a broadband connection to body clock circuitry buried deep inside the brain.

Here's what happens, Lewis this limbic area helps you work with the brainstem to create your emotions.

And it's more recently a unifying way to think about how the brain deals with uncertainty.

These cells are zipping up this information up to the brain using those little axons with electronic messages in there.

That means that the magnetic pulse is generating an electric current that's interfering with the erroneous electrical activity in the brain.

And each neuron makes something like 1,000 to 10,000 contacts with other neurons in the brain.

And so as the sensory input comes in and feeds from the old brain, it also goes up into the neocortex. And the neocortex is just memorizing.

So we're interested in exactly where in the brain, and what's the most important part of the brain.

Suddenly, new chemical stains for brain tissue were developed and they gave us our first glimpses at brain wiring.