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Material in sentence

2390 examples of Material in a sentence

You need to console and communicate with the wood material.
How can it be that this thought in my brain can move material objects?
And now we take this material, combine this with a top-down approach, and build bigger and bigger components.
Back to that shell: the shell is a self-assembling material.
And this material really did work for a woman equally as well.
It's very complicated to test the new material for the building, but this is much stronger than I expected, and also it's very easy to waterproof, and also, because it's industrial material, it's also possible to fireproof.
In 1999, in Turkey, the big earthquake, I went there to use the local material to build a shelter.
And so what we're doing is making a broad array of different ways for people to actually engage with the material inside of these galleries, so you can still have a traditional gallery experience, but if you're interested, you can actually engage with any individual artwork and see the original context from where it's from, or manipulate the work itself.
I could have family and friends read me material, and I could then read it back as many times as I needed.
Students, family and friends all read me material.
For example, I was too shy then, and I'm actually too shy now, to ask anybody to read me out loud sexually explicit material.
Our body, its shape, material and structure, plays a fundamental role during a physical task, because we can conform to our environment so we can succeed in a large variety of situations without much planning or calculations ahead.
And it's easy to notice that nature uses soft material frequently and stiff material sparingly.
In soft robots, you just build your actuator from scratch most of the time, but you shape your flexible material to the form that responds to a certain input.
And this is inspired by plants, not animals, which grows via the material in a similar manner so it can face a pretty large variety of situations.
In this sense, leather is a gateway material, a beginning for the mainstream biofabrication industry.
And because we make this material, we grow this leather from the ground up, we can control its properties in very interesting ways.
We've noticed, in a trend among young Americans, that they read less history and less literature and less material about foreign lands, and they're essentially ahistorical.
This may be true enough if we're talking about material goods.
Once we see that markets and commerce, when extended beyond the material domain, can change the character of the goods themselves, can change the meaning of the social practices, as in the example of teaching and learning, we have to ask where markets belong and where they don't, where they may actually undermine values and attitudes worth caring about.
In fact, when they put it into the jawbone, it could integrate into the jaw, and we know now with very sophisticated imaging technologies that part of that integration comes from the fact that this material is designed in a very specific way, has a beautiful chemistry, has a beautiful architecture.
And during World War II, what he would see would be pilots coming back from their missions, and he noticed that within their eyes they had shards of small bits of material lodged within the eye, but the very interesting thing about it was that material, actually, wasn't causing any inflammatory response.
So he looked into this, and he figured out that actually that material was little shards of plastic that were coming from the canopy of the Spitfires.
And this led him to propose that material as a new material for intraocular lenses.
And what I want to show you is that in regenerative medicine, we've really shifted away from that idea of taking a bioinert material.
We can put those onto a material, and we can make that material very complex if we want to, and we can then grow that up in the lab or we can put it straight back into the patient.
And what we really focused on was our material system and making it quite simple, but because we used it in a really clever way, we were able to generate enormous amounts of bone using this approach.
And if we zoom in again, actually in the case of bone, the matrix around the cells is beautifully organized at the nano scale, and it's a hybrid material that's part organic, part inorganic.
You can see here a very squishy one and now a material that's also this hybrid sort of material but actually has remarkable toughness, and it's no longer brittle.
And an inorganic material would normally be really brittle, and you wouldn't be able to have that sort of strength and toughness in it.
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