Sentences with phrase «small galaxy in the universe»

There exists a small galaxy in the universe containing seven worlds, shimmering in seven colors... These worlds exist and act independent of one another.

Not exact matches

Love that sentence, «this small, insignificant planet revolving in this vast solar system, traveling in this vast galaxy, floating through this endless universe».

Do fundamentalists ever use their reasoning ability an wonder why God, the creator of the Universe, would make such laws and demands on the inhabitants of this small, insignificant planet revolving in this vast solar system, traveling in this vast galaxy, floating through this endless universe?

The being who created the entire universe and its billions of galaxies (make your choice from the above list and thousands of others) reads your mind, or — «hears your prayers» if you prefer a less embarrassing, euphamism for exactly the same thing — reacts and alters whatwould otherwise be the course of history in small ways to suit your whims.

We may be but one among many living things on a small planet swimming in the endless spaces of a vast galaxy within an almost infinite cosmos, yet surely we are among the most astonishing manifestations of evolution in the whole of the universe.

It means that the earth on which we live is not the center of the physical universe, but a comparatively small planet revolving round a very average - sized star, which in turn is but one of a hundred thousand million others forming the galaxy we call the Milky Way, and that part of the universe that our existing telescopes have so far penetrated contains about a hundred million star systems or nebulae, similar to our galaxy.

They accepted the notion that the entire observable universe — 100 billion galaxies, each stuffed with 100 billion stars, stretching out more than 10 billion light - years in all directions — was once squashed into a space far smaller than a single electron.

The galaxies in the early universe started off small and the theory of the astronomers is that the baby galaxies gradually grew larger and more massive by constantly colliding with neighbouring galaxies to form new, larger galaxies.

His work was very mathematical and computer - intensive, two of my strengths at the time, and we made a lot of progress on a small project about galaxy motions in the nearby universe.

They seem to explode preferentially in more primitive galaxies — those with smaller quantities of elements heavier than hydrogen or helium — which were more common in the early universe.

These small, faint systems made up of millions or billions of stars, dust, and gas constitute the most common type of galaxy observed in the universe.

For example, small differences in temperature across the sky show where parts of the universe were denser, eventually condensing into galaxies and galactic clusters.

Much as a teacher would be amazed to enter a preschool classroom full of college - age students, astronomers were thrown for a loop when they found fully formed galaxies in a distant corner of the universe they thought was populated with relatively small, ragged gatherings of stars.

The discovery that many small galaxies throughout the universe do not «swarm» around larger ones like bees do but «dance» in orderly disc - shaped orbits is a challenge to our understanding of how the universe formed and evolved.

And there are good arguments that you might only find them when the vacuum energy is incredibly small, because a larger vacuum energy blows the universe apart, [it] produces a repulsive force before galaxies could form, and if you believe that observers only form in their galaxies, no observers in those universes.

These galaxies, the smallest in the universe, contain only a few hundred or a few thousand stars (compared with 100 billion stars in the Milky Way).

But in a high - density universe, small fluctuations will readily form galaxies, because there is more mass to work with.

The largest clumps of matter in the universe had an initial angular momentum — and these clumps broke up into ever smaller clumps, forming smaller clusters of galaxies, groups of galaxies, individual galaxies, solar systems within galaxies and ultimately, individual stars and planets.

Initial fluctuations in the matter density of the early universe led to the formation of galaxies, but these fluctuations must have been small or they would have imprinted themselves on the microwave background.

While finding a gigantic black hole in a massive galaxy in a crowded area of the universe is to be expected — like running across a skyscraper in Manhattan — it seemed less likely they could be found in the universe's small towns.

In the standard low - density universe, small fluctuations have trouble growing into large galaxies.

Not only does it hint at the universe's unexpected richness, but that abundance suggests that small, irregular galaxies merge to form the larger ones more familiar in our cosmic neighborhood.

Cosmologists typically focus on the large - scale properties of the universe as a whole, such as galaxies and intergalactic medium; while astrophysicists are more interested in testing physical theories of small - to medium - sized objects, such as stars, supernovae and interstellar medium.

The currently favored cosmological galaxy models are based on the idea of hierarchical structure formation: that structures in the universe such as galaxies develop from small «overdensities» to become large - scale objects.

The galaxies are the smallest, faintest, and most numerous galaxies ever seen in the remote universe, and were captured by Hubble deep exposures taken in ultraviolet light, and confirmed using the mighty Keck I telescope on the summit of Mauna Kea on the island of Hawaii.

The stretching explanation says that during creation week, galaxies, galaxy clusters, and stars with heavy elements formed in a much smaller universe.

However, in the smaller, early universe, some growing black holes and nearby stars might have merged before the heavens were stretched out leaving extremely large MBHs in small galaxies.46

Using telescopes, astronomers have discovered new planets and moons in our solar system, revealed that our planetary neighbourhood is just a small part of a vast galaxy, that our galaxy is just one of many billions across the universe, and that most objects in the universe are flying away from us at high speed because of its overall expansion.

The idea goes like this: Early in the universe's history, large galaxies grew out of collisions and mergers of smaller galaxies.

This phenomenon is considered responsible for the small number of new stars most galaxies in the known universe produce every year.

Others theorize that the early universe broke first into colossal clumps that contained enough building materials to make structures on the grandest scale — great walls and sheets of millions of galaxies — that fragmented into increasingly smaller gas and clouds, ultimately resulting in individual galaxies.

The merging of small galaxies into larger ones is common throughout the universe, but because the shredded galaxies are so faint it has been hard to extract details in three - dimensions about how such mergers proceed.

Webb could prove whether small galaxies in the early universe merged to form larger galaxies.

Though the field is a very small sample of sky area it is considered representative of the typical distribution of galaxies in space because the universe, statistically, looks the same in all directions.

For a universe made up of many galaxies, Star Wars continues to box itself in for the sake of the familiar and everything feels smaller.

Flinthook puts you in the shoes of the the titular character - the galaxy's smallest space pirate - and tasks you with stopping a malevolent treasure hunter from unleashing an ancient evil across the universe.