IS all Galaxy have same amount of matter

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IS all Galaxy have same amount of matter

There are two estimates that all people make the World Nature for good, but not always true. The first is that the religious laws governing the natural universe are everywhere and at all times.

The most recent is the Universe created with its various properties. All the observations taken – stars, galaxies, gases, plasma, dust, and all forms of light – in harmony with the two correct directions, but we are not sure.

But even if it is governed by the same law and begins with the same material it does not mean that all that we put today will be the same.

The Universe is a beautiful place, filled with familiar things that make stars, dark favorites, and almost 14 billion years of development. There might be 2 trillion galaxies in the Universe that we can, but they are not the same. Here’s the story of how.

The universe was originally filled with objects and radiation, and very hot and dense, to remove all the composition of the stable particles formed for the first fraction of the second. When the Universe cools down, dangerous antimatter and particle composites get the chance to form and survive. Finally, stars and galaxies can form well, and here are the most interesting things.

The universe was originally filled with objects and radiation, and very hot and dense, to remove all the composition of the stable particles formed for the first fraction of the second.

When the Universe cools down, dangerous antimatter and particle composites get the chance to form and survive. Finally, stars and galaxies can form well, and here are the most interesting things.

Imagine the universe as it may be possible in the beginning, not long after Big Bang. It’s hot, densely solid, and they are almost uniform. Everywhere you see them, they are filled with particles and radiation in the same amount, with varying degrees of ~ 0.003%.

Even though the matter in the Universe attracts gravity, the intensity of the radiation eliminates larger areas rather than developing in larger ways.

But this is changing in time,

because the Universe is hot, dense, uniformly developing and hitting. It’s less dense, but more importantly, the radiation inside the energy, which means it is not good to prevent damage to the gravity of the matter. From time to time, experience the early density of flowering, causing enough, and starting to form stars and galaxies.

Cold drops

(shown in blue) in CMB are much less lighter, but are largely dependent on areas where there is more gravity due to larger maternity materials, but the hot summer heat is hot due to radiation in the shallow gravity region .

From time to time, excessive regions will become larger as stars, galaxies and clusters, and polite regions will be less. At first, all mass clusters must have the same problem as the usual aspect ratio.

Cold drops (shown in blue) in CMB are much less lighter, but are largely dependent on areas where there is more gravity due to larger maternity materials, but the hot summer heat is hot due to radiation in the shallow gravity region .

From time to time, excessive regions will become larger as stars, galaxies and clusters, and polite regions will be less. At first, all mass clusters must have the same problem as the usual aspect ratio.

This is where the fun begins. Now, we have a young galaxy, beginning with various types of mass. The smallest can only have thousands of solar masses for its name, but it’s the largest of trillion or even the mass solar quadrillions. All the Universe, every one of these galaxies begins with the same ratio of problems to all common problems: about 5-to-1.

But he did not stay like this.

You see, galaxies are doing very important: they make a star. It’s just a normal thing to make a star, because it’s only possible to interact with itself (through collision) or radiation (through various types of scattering). Though both ordinary things and dark matter are gravitational, only normal things are having other basic strengths.

One of the fastest known galaxies in the Universe, accelerates its cluster (and is removed from gas) pad

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