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Stars in sentence

3062 examples of Stars in a sentence

Stars die by this same intersection, this time flung outward in a violent collision of smaller atoms, intersecting and efficiently fusing into altogether new and heavier things.
Like the birth of stars in the heavenlies, this robust combination of knowing results in a shining example of the explosive fusion of identities.
When we look out into space, we see stars and galaxies.
There are brittle stars growing on these corals.
Each of the wandering stars, the planets, had their own crystal sphere.
The rest of the universe and all of its stars were on the last crystal sphere.
Shortly after Copernicus, in the 1580s, an Italian friar, Giordano Bruno, suggested the stars were suns that likely had their own planets and that the universe was infinite.
In time, we realized there were far more stars than Aristotle ever dreamed.
As astronomers like William Herschel got more and more advanced telescopes, it became clear that our sun is actually one of many stars inside the Milky Way.
However, nuclear fusion requires so much heat, the only natural occurrence of this process is in stars.
This belief holds that the universe has a hierarchy resembling a chain, and that chain starts at the top with God, then travels down through the angels, planets, stars, and all lifeforms before ending with demons and devils.
But when we look around us, we see we live in a universe full of interesting stuff, full of stars, planets, trees, squirrels.
If dark energy were anywhere near this strong, then the universe would have been torn apart, stars and galaxies could not form, and we would not be here.
There are other planets, other stars, other galaxies, so why not other universes?
When you think of the night sky, you probably think of being able to see the stars shining with your own eyes, but that's just visible light, which you now know is only a tiny part of the full spectrum.
The universe contains all the things that we can see, like stars, gas, and planets.
Eventually, the universe will run out of gas to form stars, and the stars themselves will run out of fuel and burn out, leaving the universe with only black holes in it.
So we look for planets that orbit at just the right distance from their stars.
At this distance, shown in blue on this diagram for stars of different temperatures, planets could be warm enough for water to flow on their surfaces as lakes and oceans where life might reside.
Some astronomers focus their time and energy on finding planets at these distances from their stars.
We don't know what the atmospheres of these planets are like because the planets are so small and dim compared to their stars and so far away from us.
My models show that planets orbiting cooler stars could actually be warmer than planets orbiting hotter stars.
There were no stars and no planets.
As before, new stars result.
But bear in mind that while the first stars were made up of hydrogen and helium alone, the remaining elements in the periodic table make up two percent of the sun.
Think about this: with the exception of hydrogen and some helium, the ground you walk on, the air you breath, you, everything is made of atoms that were created inside stars.
With these two principles in mind, we can shoot for the stars and be confident of hitting them every time.
But to understand how this precious metal became embedded in our planet to start with, we have to gaze upwards at the stars.
Stars are mostly made up of hydrogen, the simplest and lightest element.
The expanding supernova shockwave propels its elemental debris through the interstellar medium, triggering a swirling dance of gas and dust that condenses into new stars and planets.
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