Cosmic Inflation - What Happened After the Big Bang?


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The astrophysicist Alan Guth put forward the idea of ​​cosmic inflation in 1980, imagining that an antagonistic, antagonistic force drives the universe into inflation and expansion. Guth believed that inflation was so rapid and explosive that it was known as the Great Explosion - and lasted for a period of some very tiny parts of the second after this explosion, and then subsided into a continuous expansion in the Spacetime tissue. This expansion continues to this day in a state of acceleration Continuous. This idea explains the mysterious mysteries that the Big Bang theory failed to explain.

The first light in the universe:
Cosmic microwave background radiation is the farthest and oldest we can observe. It represents a dark wall at the end of the observable universe, and we can never detect farther or farther than it. The radiation went off about 380,000 years ago, when the early ionized gases became clear and bright, and the universe was hot and dark before that moment.
What Happened After The Big Bang What Is Inflation For Becky How The Universe Swells How The Great Bang Happened What Is A Cosmic Expansion Conscious Universe

What Happened After The Big Bang What Is Inflation For Becky How The Universe Swells How The Great Bang Happened What Is A Cosmic Expansion Conscious Universe

Strange and puzzling consistency:
Scientists have observed that there is a very similar consistency and compatibility between the temperature of this radiation, and this was a puzzle for astrophysicists, how is the temperature identical to the distribution of this radiation across those vast distances in all areas of the universe observed?

To solve this puzzle, scientists believe that everything within our observable universe is somehow linked to one homogenous entity, and the observed universe is a sphere of 90 billion light-years in diameter, which is all we can observe in the universe.

At the edge of this range is the cosmic background radiation, representing the farthest and oldest of what we can observe in the universe; the diameter of the observatory is 90 billion light-years, although the universe is only 13.8 billion years old, due to the expansion and rapid expansion of the universe.

Flattening the universe:

What Happened After The Big Bang What Is Inflation For Becky How The Universe Swells How The Great Bang Happened What Is A Cosmic Expansion Conscious Universe

What Happened After The Big Bang What Is Inflation For Becky How The Universe Swells How The Great Bang Happened What Is A Cosmic Expansion Conscious Universe

Another mystery of the Great Bang theory is that it does not explain the flattening of the temporal tissue due to the coefficient of cosmic density - the ratio between the observed density of the universe and the critical density (which stops the expansion of the universe) - and this factor is one in our observable universe, which makes its shape flat. Less than one will expand the universe until it is torn, but if it is larger than one the universe will collapse into a spherical shape; as stars fall into black holes.

Which explains why the surface of the universe and match the temperature of cosmic radiation, that the universe went through the stage of rapid inflation after the Great Bang, but not as you think, as scientists believe that this inflationary stage occurred after a trillionth of a trillionth of a trillionth of a second This phase lasted for a very small period again (10 to 32).

During which the universe magnified enormously and abruptly from unique micro to this terrible cosmic scale and then continued to expand more slowly.

But how does the idea of ​​inflation solve these two languages?
If you look at a billiard ball using a microscope with a magnification and magnification force, we will see many bumps on the surface, but with the naked eye - without amplification - the ball will appear perfectly smooth without any bump, just like a planet full of plateaus, mountains and grooves. Far in the space we will see a perfect and consistent ball.

Thus, the universe before inflation was a small singularity comprising all the universe of matter, and a single conglomerate suddenly magnified rapidly and exceeded the light. This explains why the heat of the cosmic background radiation is identical and identical to the one before the inflation. As for the flattening of the universe, it is due to the rapid hyperinflation, which extended the curvature of the space-time tissue dramatically and abruptly to produce this puzzling surface.

What is the reason for inflation?
Space is full of a quantum sphere known as inflation, which was in a state of high energy after the Great Bang, until it cooled and lost its energy - some 380,000 years after the Big Bang - and the lost energy was released to cause a frenetic force to expand and amplify the universe. If the universe is in a state of expansion and divergence, how did the stars, galaxies and planets form?

According to inflation, the universe should now be one of those condensate formations, but it is due to the quantum spindle in space-time fabric - changing the instantaneous energy in vacuum - which temporarily stops expansion in some sporadic regions, resulting in a difference in the density of material

See Inforgraphic 
Cosmic Inflation

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