How to pronounce “atmospheres” in English

to around 10 atmospheres.

to determine the atmospheres of these Earth-sized exoplanets.

I worked on the atmospheres, and then when I finished graduate school, we didn't have any transiting planets, but the chance to transit depends

stars whose atmospheres we can follow up.

maybe even detecting their atmospheres.

And perhaps if they had the right atmospheres, it could have life.

And most of these exoplanet atmospheres, really we do just see a straight line.

So to finish up this part about atmospheres, what we want to do in the future with new telescopes is look at atmospheres of small planets,

It's studying small planet atmospheres looking for signs of life on them.

We're going to know what their atmospheres are made out of.

And it's there to either create atmospheres or to create a certain type of sound.

But its lifetime in the atmospheres a lot less than CO2.

We could probably survive two atmospheres.

The regulator was operating efficiently at two atmospheres of pressure.

spectroscopy to try to sniff out the molecules in the atmospheres of exoplanets.

So the next thing I'm going to talk about is atmospheres.

So that's where we're at for exoplanet atmospheres.

hitherto Civilized World by tingling and often creating the atmospheres out of which they have Arisen such also must

So in atmospheres like the Silicon Valley I'm sure we have beautiful meditation rooms, but how do you remind yourself, even when you're not

You're looking at actual bubbles of past atmospheres that were extracted from an ice core taken on Antarctica.

We've seen things like sodium in their atmospheres or potassium.

The atmospheres introduces defocus.

60 feet, three atmospheres.

time what they were doing when they were diving to several atmospheres.

Generation missions to see if there might actually be signs of life in their atmospheres.

I wanted to convey to you the main way that we study exoplanet atmospheres today.

He said, why don't you work on atmospheres of these planets, because we know a lot about binary stars.

So to summarize that part, dozens of exoplanet atmospheres have been observed with tiny signals on orders of parts per thousand, and oxygen in a small planet

The planets are just too small, the atmospheres are too thin-- we just don't have enough photons to be able to see the signatures.

So the idea of using actually balloons and airships in some of these atmospheres is an interesting one.

meal, because you're giving up certain atmospheres like a back on your seat or the ability to make a reservation, all, all are great tradeoffs to make in return for a lower price.

the atmosphere, signs of life in the atmospheres of other planets.

As the gas rushes through the turbine and nozzle, its pressure drops from around 50 atmospheres down to one, and it expands by almost 20 times.

The second step is using our models to determine if that planet could have these conditions across the widest range of possible atmospheres

So I think digital hospitality is not underestimating the amount of connection that can happen through a screen and being intentional with creating atmospheres, removing distractions,

Herb Strong begins experiment 151, setting the pressure cone apparatus to 50,000 atmospheres.

that and water boils naturally at a hundred degrees Celsius so I think that means you have to be at 150 atmospheres pressure so you got to keep that water

And it has a strong influence and strong impact on the light, on the atmospheres.

So what we're going to do is use the James Webb Space Telescope to look at atmospheres in the way I described.

I talk a lot about not only work life integration, but about creating atmospheres where people can do well and do good.

And we'll live to see whether or not there's oxygen and methane on some of these atmospheres and all that.

of chemicals are, what kind of elements are in the atmospheres of stars far, far away.

Once you get spectra, you can start to understand what's in their atmospheres.

He heats, oh, to 1,600 degrees Celsius and puts it under 100,000 atmospheres of pressure.

I have a couple more topics, but the next sort of more meaty topic is on exoplanet atmospheres, because the one thing about these so-called habitable

And in stars, there's a lot of free electrons, so we used free electrons as a fixed variable, but planet atmospheres have molecules.

And so once you find those systems, it makes it easier actually to use the techniques that you can use to probe the atmospheres of those planets.

So that tells you more about the composition of the object, like what elements are in the atmospheres of these stars.

And so we actually talked about this a little bit at lunch, but James Webb will essentially give us the first definitive measurement of atmospheres around planets,