Properties
in sentence
359 examples of Properties in a sentence
There are many basic
properties
about this plasma that still confuse us, still puzzle us, and still push our understanding of the physics of the very hot.
They are
properties
of the fundamental law.
They are what we call emergent
properties.
Actually, the reason that Google was such a success is because they were the first ones to take advantage of the self-organizing
properties
of the web.
You get a beautiful representation of what's going on in the climate system, where each and every one of those emergent patterns that you can see, the swirls in the Southern Ocean, the tropical cyclone in the Gulf of Mexico, and there's two more that are going to pop up in the Pacific at any point now, those rivers of atmospheric water, all of those are emergent
properties
that come from the interactions of all of those small-scale processes I mentioned.
All of those things are emergent
properties.
But what we really want to know is what happens to these emergent
properties
when we kick the system?
When something changes, what happens to those
properties?
Deforestation changes the climate by changing the surface
properties
and how water is evaporated and moved around in the system.
We talk about the brain, but of course every brain is slightly different, and maybe there are some individuals or some conditions in which the electrical
properties
of neurons are such that they require more stimulus to fire, and that would lead to differences in brain function.
These fundamental
properties
and laws aren't explained in terms of anything more basic.
So people are invited to come and learn about what amazing things it can do, and they design their own petri dish experiment, an environment for the slime mold to navigate so they can test its
properties.
Each of these lines shows a different model for what dark energy might be, showing the
properties
of dark energy.
Some people think about a dark energy that changes with time, or whether the
properties
of the dark energy are different depending on where you look on the sky.
It's got the same optical
properties
as human flesh.
It's very interesting that this structure, because of its geometric properties, was used to build the Aquatics Center for the Beijing Olympic Games.
And yes there’d still be paper money, so there’d still be paper greed, and the paper piggy bankers pocketing more than they need, purchasing the potpourri to pepper their paper properties, others live in poverty and ain’t acknowledged properly.
The layer by layer process leads to defects in mechanical properties, and if we could grow continuously, we could eliminate those defects.
And in fact, if we could grow really fast, we could also start using materials that are self-curing, and we could have amazing
properties.
And the mechanical
properties
of most parts made in a 3D printer are notorious for having
properties
that depend on the orientation with which how you printed it, because of the layer-like structure.
But when you grow objects like this, the
properties
are invariant with the print direction.
In addition, we're able to throw the entire polymer chemistry textbook at this, and we're able to design chemistries that can give rise to the
properties
you really want in a 3D-printed object.
But we can have materials with great mechanical
properties.
So great material
properties.
And so the opportunity now, if you actually make a part that has the
properties
to be a final part, and you do it in game-changing speeds, you can actually transform manufacturing.
Often, the digital thread is broken right at prototype, because you can't go all the way to manufacturing because most parts don't have the
properties
to be a final part.
We now can connect the digital thread all the way from design to prototyping to manufacturing, and that opportunity really opens up all sorts of things, from better fuel-efficient cars dealing with great lattice
properties
with high strength-to-weight ratio, new turbine blades, all sorts of wonderful things.
Think about if you need a stent in an emergency situation, instead of the doctor pulling off a stent out of the shelf that was just standard sizes, having a stent that's designed for you, for your own anatomy with your own tributaries, printed in an emergency situation in real time out of the
properties
such that the stent could go away after 18 months: really-game changing.
So the opportunity of making a part in real time that has the
properties
to be a final part really opens up 3D manufacturing, and for us, this is very exciting, because this really is owning the intersection between hardware, software and molecular science, and I can't wait to see what designers and engineers around the world are going to be able to do with this great tool.
And while many people are fascinated by the brain, they can't really tell you that much about the
properties
about how the brain works because we don't teach neuroscience in schools.
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