In the mid 20-ies of the last century the American astronomer E. Hubble found that the distance between galaxies in the observable universe is continuously increasing, like galaxies diverge from each other. At Hubble and his colleagues began to form the impression that the many billions of years ago in our days talking about 15 - 20 billion of the universe matter was concentrated in a very small volume with a fantastically high density, many orders of magnitude superior to the density of matter in the atomic nucleus .
Suddenly for reasons which are built a variety of assumptions, it was what is now called the Big Bang, and of flying shards of primary clot began to form stars, galaxies and all matter around us. The explosion was accompanied by a huge bunch temperatures, as evidenced by the cosmic microwave background residual radiation discovered in 1965 by American astrophysicists A. Penzias and Robert Wilson. is a reflection of a billionth degree heat that permeated the universe in the first moments of its expansion.
The most amazing thing is that a few years before Hubble's discovery, in 1922, the contours of the expanding universe have already been identified in the calculation. Based on the general theory of relativity. In the past there was an explosion of the space itself, after which the world began to expand, swell like …show more content…
However, the theory tells us that, for the Big Bang concepts of before and after or before and after should be used cautiously for a moment before the explosion there was no time in our conventional sense, but a clot was in many times smaller than a centimeter, in less visible part of the universe we have. In essence a dimensionless point. Our world seems emerged from some unknown to us the
Suddenly for reasons which are built a variety of assumptions, it was what is now called the Big Bang, and of flying shards of primary clot began to form stars, galaxies and all matter around us. The explosion was accompanied by a huge bunch temperatures, as evidenced by the cosmic microwave background residual radiation discovered in 1965 by American astrophysicists A. Penzias and Robert Wilson. is a reflection of a billionth degree heat that permeated the universe in the first moments of its expansion.
The most amazing thing is that a few years before Hubble's discovery, in 1922, the contours of the expanding universe have already been identified in the calculation. Based on the general theory of relativity. In the past there was an explosion of the space itself, after which the world began to expand, swell like …show more content…
However, the theory tells us that, for the Big Bang concepts of before and after or before and after should be used cautiously for a moment before the explosion there was no time in our conventional sense, but a clot was in many times smaller than a centimeter, in less visible part of the universe we have. In essence a dimensionless point. Our world seems emerged from some unknown to us the