Brain in sentence

4290 examples of Brain in a sentence

My brain started telling me, "Jane, you want to die."

There's more mass in the microbes than the mass of our brain.

Even on the first view, your eyes will successfully pick out patterns, but on repeated views, your brain actually gets better at turning these patterns into information.

It really makes you think, we'd love to know what's going on inside their brain.

She's putting electrodes on his head so that we can monitor the electrical activity in John's brain as he races around the track.

For instance, the resting brain tends to generate a lot of alpha waves.

So, when I started to dream in color is when I felt that the software and my brain had united, because in my dreams, it was my brain creating electronic sounds.

You're not allowed to appear on U.K. passports with electronic equipment, but I insisted to the passport office that what they were seeing was actually a new part of my body, an extension of my brain, and they finally accepted me to appear with the passport photo.

So wouldn't it be amazing if our phones could see the world in the same way that we do, as we're walking around being able to point a phone at anything, and then have it actually recognize images and objects like the human brain, and then be able to pull in information from an almost infinite library of knowledge and experiences and ideas.

And what's great about this is the technology's actually allowing the phone to start to see and understand much like how the human brain does.

I got the feeling that my brain wanted to basically see it come back to life.

It's about how our brain is tricked into seeing a persistence of vision that creates a motion picture, and one of the things I had to do is, we — Sasha Baron Cohen is a very clever, very smart guy, comedian, wanted to basically do an homage to the kind of the Buster Keaton sort of slapstick things, and he wanted his leg brace to get caught on a moving train.

So, faking your brain going wrong is evidence that your brain has gone wrong.

And I emailed him and I said, "I believe you may have a very special brain anomaly that makes you ... special, and interested in the predatory spirit, and fearless.

Can I come and interview you about your special brain anomaly?"

And I'm going to name one more revolution, and this is the revolution in brain sciences, which totally changed the way we understand how people are making decisions.

And when you go to the brain sciences, what political consultants learned from the brain scientists is don't talk to me about ideas anymore, don't talk to me about policy programs.

I don't have to use the executive brain function ... Ha, ha, ha, I win! (Laughter) And I am so grateful to you.

The other comes from an interesting aspect of human memory that's related to various brain functions but I can sum up for the sake of brevity here in a simple line: The brain abhors a vacuum.

Under the best of observation conditions, the absolute best, we only detect, encode and store in our brains bits and pieces of the entire experience in front of us, and they're stored in different parts of the brain.

Below awareness, with no requirement for any kind of motivated processing, the brain fills in information that was not there, not originally stored, from inference, from speculation, from sources of information that came to you, as the observer, after the observation.

You know, we're not mice, and you can't go into a living person with an illness and just pull out a few brain cells or cardiac cells and then start fooling around in a lab to test for, you know, a promising drug.

It has massively parallel processing capability, and it's going to change the way drugs are discovered, we hope, and I think eventually what's going to happen is that we're going to want to re-screen drugs, on arrays like this, that already exist, all of the drugs that currently exist, and in the future, you're going to be taking drugs and treatments that have been tested for side effects on all of the relevant cells, on brain cells and heart cells and liver cells.

Fifteen years ago, it was widely assumed that the vast majority of brain development takes place in the first few years of life.

Back then, 15 years ago, we didn't have the ability to look inside the living human brain and track development across the lifespan.

In the past decade or so, mainly due to advances in brain imaging technology such as magnetic resonance imaging, or MRI, neuroscientists have started to look inside the living human brain of all ages, and to track changes in brain structure and brain function, so we use structural MRI if you'd like to take a snapshot, a photograph, at really high resolution of the inside of the living human brain, and we can ask questions like, how much gray matter does the brain contain, and how does that change with age?

And we also use functional MRI, called fMRI, to take a video, a movie, of brain activity when participants are taking part in some kind of task like thinking or feeling or perceiving something.

So many labs around the world are involved in this kind of research, and we now have a really rich and detailed picture of how the living human brain develops, and this picture has radically changed the way we think about human brain development by revealing that it's not all over in early childhood, and instead, the brain continues to develop right throughout adolescence and into the '20s and '30s.

One of the brain regions that changes most dramatically during adolescence is called prefrontal cortex.

So this is a model of the human brain, and this is prefrontal cortex, right at the front.

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