Brains in sentence

868 examples of Brains in a sentence

A lot of this myelination happens in childhood, so from an early age, our vibrant imaginations may have a lot to do with building up brains whose carefully myelinated connections can craft creative symphonies throughout our lives.

So what does practice do in our brains to make us better at things?

Our brains have two kinds of neural tissue: grey matter and white matter.

So how does practice or repetition affect the inner workings of our brains?

As scientists get closer to unraveling the secrets of our brains, our understanding of effective practice will only improve.

Some people may be particularly logical or creative, but that has nothing to do with the sides of their brains.

Our brains aren't invincible.

Now, I had a hypothesis that the brains of procrastinators were actually different than the brains of other people.

Both brains have a Rational Decision-Maker in them, but the procrastinator's brain also has an Instant Gratification Monkey.

Presenter: Haley Van Dyck! (Applause) Over the course of 18 minutes, 1,200 people, many of whom have never seen each other before, are finding that their brains are starting to sync with Haley's brain and with each other.

To understand how this device works, we have to look into our brains.

Now we have to ask how these neuron patterns in my brain that are associated with my memories and ideas are transmitted into your brains.

In my lab in Princeton, we bring people to the fMRI scanner and we scan their brains while they are either telling or listening to real-life stories.

And we start to scan their brains before the story starts, when they're simply lying in the dark and waiting for the story to begin.

And in fact, this is exactly what is happening now in your brains when you listen to my sound speaking.

Think of these five metronomes as five brains.

JO: (Unintelligible) And we flashed colors in the two brains to indicate brain areas that respond very similarly across people.

And as you can see, this incoming sound induced entrainment or alignment in all of the brains in auditory cortices that process the sounds, but it didn't spread deeper into the brain.

Now, let's take all this information together and ask: How can we use it to transmit a memory that I have from my brain to your brains?

We let people watch, for the first time in their life, a TV episode from the BBC series "Sherlock," while we scanned their brains.

And when I'm transmitting these words to your brains now, you have to reconstruct it in your mind.

In fact, we see that pattern emerging now in your brains.

And we were really surprised to see that the pattern you have now in your brains when I'm describing to you these scenes would be very similar to the pattern I had when I watched this movie a few months ago in the scanner.

If everything worked as planned tonight, I used my ability to vocalize sound to be coupled to your brains.

And I used this coupling to transmit my brain patterns associated with my memories and ideas into your brains.

Now in the nature area, we look at whether or not we are innately equipped with something, perhaps in our brains, some abnormal chromosome that causes this muse-like effect.

And Peggy Phelan reminded me that maybe my brains could be more important than my boobs.

The accuracy of these apparitions suggests that we have a map of the body in our brains.

A deeper understanding of these apparitions will give us insight into the work our brains do every day to build the world as we perceive it.

Let's engage our brains.

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