Circuits in sentence

120 examples of Circuits in a sentence

We can X-ray and get a real-time pulse of a nation, real-time sense of the social reactions in the different circuits in the social graph being activated by content.

And now I can start talking about parallel and series circuits.

You could do parallel and series circuits for kids using this.

And honestly, where we've gone through over the last 11 years, through an attempt to find ways of turning circuits and cells and parts and pathways of the brain on and off, both to understand the science and also to confront some of the issues that face us all as humans.

Over the last couple years, we've gone back to the tree of life, because we wanted to find ways to turn circuits in the brain off.

If you can delete cells for a few milliseconds or seconds, you can figure out what role they play in the circuits in which they're embedded.

Our hope is that by figuring out brain circuits at a level of abstraction that lets us repair them and engineer them, we can take some of these intractable disorders I mentioned earlier, practically none of which are cured, and in the 21st century, make them history.

What happens is is that, the front-end cells die, the photoreceptors die, and over time, all the cells and the circuits that are connected to them, they die too.

Now by taking the biblical epithet "abomination" and attaching it to the ultimate image of innocence, a baby, this joke short circuits the emotional wiring behind the debate and it leaves the audience with the opportunity, through their laughter, to question its validity.

Like the concrete block, the transistor allows you to build much larger, more complex circuits, one brick at a time.

So all you need to do is snap a blue to a green and very quickly you can start making larger circuits.

And very quickly Cajal realized that neurons don't operate alone, but rather make connections with others that form circuits just like in a computer.

You know, when I was learning about programming, I learned by looking at other people's code, or looking at other people's circuits in magazines.

Now, an emerging view that you also heard about from Dr. Insel this morning, is that psychiatric disorders are actually disturbances of neural circuits that mediate emotion, mood and affect.

So in this way, by doing this kind of test, we can draw cause and effect relationships between the activity of specific neurons in particular circuits and particular behaviors, something that is extremely difficult, if not impossible, to do right now in humans.

Rather, it's acting to control two different functions on two different circuits, so the reason there are two things wrong with our dopamine receptor flies is that the same receptor is controlling two different functions in two different regions of the brain.

So conductive ink allows us to paint circuits instead of using the traditional printed circuit boards or wires.

So I am indeed a neurosurgeon, and I follow a long tradition of neurosurgery, and what I'm going to tell you about today is adjusting the dials in the circuits in the brain, being able to go anywhere in the brain and turning areas of the brain up or down to help our patients.

But once in a while, things don't go so well, and there's trouble in these circuits, and there are some rogue neurons that are misfiring and causing trouble, or sometimes they're underactive and they're not quite working as they should.

So what we've been able to do is to pinpoint where these disturbances are in the brain, and we've been able to intervene within these circuits in the brain to either turn them up or turn them down.

We realized that perhaps we could use this technology not only in circuits that control your movement but also circuits that control other things, and the next thing that we took on was circuits that control your mood.

So what we've decided to do is we're going to try to turbocharge the memory circuits in the brain.

We're going to place electrodes within the circuits that regulate your memory and cognitive function to see if we can turn up their activity.

So the message I want to leave you with today is that, indeed, there are several circuits in the brain that are malfunctioning across various disease states, whether we're talking about Parkinson's disease, depression, schizophrenia, Alzheimer's.

We are now learning to understand what are the circuits, what are the areas of the brain that are responsible for the clinical signs and the symptoms of those diseases.

We can now reach those circuits.

We can introduce electrodes within those circuits.

We can graduate the activity of those circuits.

I've spent a lot of time studying the circuits in the brain that create the unique perceptual realities that we each have.

And dads and daughters are completing circuits in special ways.

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