Interoperability

The other two constituents of an atom

The senator avowed his devotion to his constituents.

When the scandal broke, the Congressman's constituents were seething.

Right over here, miss. Now, just a little smile to please your constituents.

So we go on a journey deep inside the object and examine the constituents.

And these are the tiny constituents that make up the world where we live, the planets and the Moon.

If an issue is not on the tips of their constituents' tongues, it's easy for them to ignore it.

Then I decided that I was gonna work on interoperability between learning management systems with the kind of secret notion that I would plug material just

So I had to actually give a presentation to a city council and neighborhood constituents, and I went to Pittsburgh and I said,

Before we could study the universe as a whole in scientific sense, we actually discovered and understood galaxies which are its major constituents.

There have been many, many suggestions about possible constituents of the dark matter and, among them, two scenarios emerged as the most likely ones.

It is the science of the universe as a whole and its major constituents, how they work, and how they evolve, how they form.

And they're quite amazing looking, and these are the tiny constituents that make up the world that we live in the planets and the Moon.

Now everyone would expect that when the degradation of the oil happens, when the constituents are liberated, they disappear, they go away because they were absorbed.

Well, it's a theory that tries to answer the question what are the basic, fundamental, indivisible, uncuttable constituents making up everything in the world around us?

Model of partical physics like Supersymmetry which predict the existence of new kinds of particles, some of which could indeed be the dominate constituents of the dark matter.

So even if the active constituents in pharmaceuticals made constant progress in terms of chemistry, target of stability, the behavior of the patients goes more and more unstable.

And this was in part with the realization that we must understand how constituents of galaxies of all, and therefore galaxies themselves before we can use them for cosmology.

Earth, universe evolves on its own and following laws of physics, major constituents of the universe, galaxies, stars and them have also evolved and we can understand how that works.

In fact, here is a table from an old review paper and I'm reproducing it here just to show you the broad variety of the kinds of possible constituents to dark matter.

And it's basically just saying that entropy is the number of ways we can rearrange the constituents of a system so that you don't notice, so that macroscopically it looks the same.

The only way we will be able to change is if their audience, their constituents, their membership says this time must be different, that this time we must do something to protect our communities and our kids.

One thing that you can notice if you look through this table, that the mass range of possible dark matter constituents is 80 orders of magnitude, which was simply indicative of our complete ignorance of what they can be.

As you may recall, one possibility for the constituents of baryonic dark matter or maybe all of the dark matter was the in the form of some under luminous substellar objects, which could be brown dwarfs or planets or even little black holes or neutron stars, and gravitational microlensing offers a way to test that.