ultrasound pulses Amanda

That's electromagnetic pulses.

Electrical pulses form the thoughts in our brains.

Electrical pulses form the thoughts in our brains.

It's just that, whereas that device relies on pulses of infrared light, your language relies on pulses, discrete pulses, of sound.

So this creates pulses of light that last a femtosecond.

This was Fizeau's solution to sending discrete pulses of light.

At night, the light pulses through the water, simulating flowing water.

What if we could use these electromagnetic pulses as beacons, beacons in a moving network of powerful transmitters?

What if we could use these electromagnetic pulses as beacons, beacons in a moving network of powerful transmitters?

SR and because normally brain cells don't respond to pulses of light, so those that would respond to pulses of light are those that contain a light sensitive switch.

An Australian study in 2001 found that olive oil in combination with fruits, vegetables and pulses offers measurable protection against skin wrinklings.

They send little pulses of electricity down their processes to each other, and where they contact each other, those little pulses of electricity can jump from one neuron to the other.

The way that neurons communicate with each other is with little pulses of electricities.

In the related study by SEWA in Delhi, well cash was given, in you of subsidies food, spending on pulses, fish, egg and meat increased significantly.

An image comes in, goes through the set of equations, and out comes streams of electrical pulses, just like a normal retina would produce.

Now information could be represented as a pattern of electrical pulses, and sent across the world almost instantaneously.

It tends to go in these pulses, about every three days, but on average, 125 feet a day, twice the rate it did 20 years ago.

And the neurons communicate with each other by sending little pulses or spikes of electricity via connections to each other.

You have these patterns of pulses coming out of your eye every millisecond telling your brain what it is that you're seeing.

And, of course, in real life, it's all dynamic, meaning that it's changing all the time, so the patterns of pulses are changing all the time because the world you're

Initial results showed that cash transfer households increased spending on food items such as vegetables, pulses, fruits, eggs and meat which improve nutrition.

And the way they represent information is they break up that data into little pieces that are represented by pulses and different neurons.

You've got this huge network of cells interacting with each other about 100 million of them, sending about 10 quadrillion of these pulses around every second.

Like this pattern of pulses here actually means baby's face, and so when the brain gets this pattern of pulses, it knows that what was out there was a baby's face, and if it got a different pattern it would know that what was out there was, say, a dog, or another pattern would be a house.

And the code is in the form of these patterns of electrical pulses that get sent up to the brain, and so the key thing is that the image ultimately gets converted into a code.

If you want to move one of your muscles, the way that works is that a neuron may send these pulses of electricities to your muscle and that causes your muscles to contract and your eyes if some sensor like your eye wants to send a message to your brain, what it does is it sends its pulses of electricity to a neuron in your brain like so.

What that's actually doing is, it's sending pulses which are turning a mechanical, a little mechanical arm inside of a relay system, and people built computers out of those electro mechanical relays.

You can think of channelrhodopsin as a sort of light sensitive switch that can be artificially installed in brain cells so that now we can use that switch to activate or inactivate the brain cell simply by clicking it, and in this case we click it on with pulses of light.

Rather than finding a fear memory in the brain, we can start by taking our animals, and let's say we put them in a blue box like this blue box here and we find the brain cells that represent that blue box and we trick them to respond to pulses of light exactly like we had said before.

Now just to orient you, each box is showing the firing patterns of several cells, and just as in the previous slides, each row is a different cell, and I just made the pulses a little bit smaller and thinner so I could show you a long stretch of data.

Get in, get in, get in!

Get in, get in, get in.

In... in where?

Let me in, let me in, let me in, let me in, let me in, let me in, let me in.

I've been in India, in China, in Japan, in Australia. Everywhere.

Come in. Come in.

In April in Geneva,

In Kenya, in August,

Fall in! Fall in!

I'm in! I'm in!

In guatemala, in coban,

In, Out, In, Out.

Move in, move in.

Move in, move in.