Chips in sentence

211 examples of Chips in a sentence

They took the tapioca roots up to the kitchen, sliced them thinly and made delicious chips.

I want you to know that me, my brother and sister actually like eating baked kale chips.

Because when it asked its staff, all its staff, to place their bets on whether they thought the store would open on time or not, a group from the finance department placed all their chips on that not happening.

So now we have organic computer chips made out of living, self-aggregating neurons.

This is a map that shows you all the chips that form a Mac computer, how they came together.

So the chips are candied, the ground beef is made from chocolate, and the cheese is made from a shredded mango sorbet that gets shredded into liquid nitrogen to look like cheese.

Most computers have two kinds of memory systems: a fast memory system, like a set of memory chips that has limited capacity, because those chips are expensive, and a slow memory system, which is much larger.

The way that the researchers did this work is, they read the software in the computer chips that were in the car, and then they used sophisticated reverse engineering tools to figure out what that software did, and then they found vulnerabilities in that software, and then they built exploits to exploit those.

Those chips have never been broken, whatever you read in the paper.

Manufacturers haven't built this carrier phase technique into their cheap GPS chips because they're not sure what the general public would do with geolocation so accurate that you could pinpoint the wrinkles in the palm of your hand.

Now, if we look at this, and we stop for a minute, and we think about chips today, we can't look inside a silicon chip.

Did they eat fish and chips?

And they started listening to the marketplace, and they came back with ideas for cassava chips, and banana chips, and sorghum bread, and before you knew it, we had cornered the Kigali market, and the women were earning three to four times the national average.

And some of our colleagues at Tufts are mixing models like these with tissue-engineered bone to see how cancer might spread from one part of the body to the next, and you can imagine those kinds of multi-tissue chips to be the next generation of these kinds of studies.

How many personal identification chips do we have in a wallet?

The frequent furl of five fingers, the chips in my teeth come from biting at all the many things a solitary hand cannot open.

I would wander the streets searching for food, and I remember seeing a small child tied to a mother's back eating chips, and wanting to steal them from him.

So we have a piece of paper with conductive ink on, and then add onto that a small circuit board with a couple of chips, one to run some capacitive touch software, so we know where we've touched it, and the other to run, quite often, some wireless software so the piece of paper can connect.

Large prime numbers are a great way of testing the speed and accuracy of computer chips.

We can get incredible functionality inside these little chips.

Now I want to share this picture with you, not just because it's so beautiful, but because it tells us an enormous amount of information about what the cells are doing within the chips.

But now, with the functionality that we get in these chips, we can begin to look for potential new treatments.

Now we have a whole pipeline of different organ chips that we are currently working on in our labs.

There's fluid flowing across these cells, so we can begin to interconnect multiple different chips together to form what we call a virtual human on a chip.

We're not going to ever recreate a whole human in these chips, but what our goal is is to be able to recreate sufficient functionality so that we can make better predictions of what's going to happen in humans.

We could also use the organs on chips for applications in bioterrorism or radiation exposure.

Organs on chips could also change the way we do clinical trials in the future.

Now imagine if we could take cells from all those different populations, put them on chips, and create populations on a chip.

They're going to help us make, instead of one of these, millions of these chips, so that we can get them into the hands of as many researchers as possible.

This is an instrument that our engineers are actually prototyping right now in the lab, and this instrument is going to give us the engineering controls that we're going to require in order to link 10 or more organ chips together.

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