The Big Bang Theory May Lead to Reaching the Theory of Everything

The Big Bang Theory May Lead to Reaching the Theory of Everything

The Big Bang Theory is allowing astronomers to have the best confirmation ever that the universe did in fact begin from a cosmic inflation which immediately followed the Big Bang due to observations that have been from the recent discovery of gravitational waves. But questions remain, such as how was the universe able to expand to up over a 100 trillion times its size in the blinking of an eye 13.8 billion years ago and will this lead to the goal of reaching the “Theory of Everything”?

In the initial beginning of the universe, the temperature of matter started to warm up, and the forces of gravity, electromagnetism, and other types started to become identical to one other. Along with that, they also filled up with energy, so much that as the universe started to cool off, they broke apart, and became distinct again.

This discovery of the universe really expanding at many times the speed of light right after the Big Bang has brought physicists somewhat closer to their final goal, which is the long sought after “Theory of Everything”. On March 17, scientists announced they had detected the gravitational waves in the cosmic background. That was the prehistoric light which started saturating the universe about 380,000 years after the Big Bang occurred.

The landmark idea confirmed the theory of inflation, which suggested the cosmos blew up from simple quantum movements into something that was of enormous size only a few tiny fractions of a second after it was born. The discovery also helped to give scholars a brand new window onto a territory of bizarre physics, hypothetically aiding their intimidating quest of devising a hypothetical framework which might be able to describe the various aspects of the entire universe.

It would be able to give additional enthusiasm, and also additional restrictions, on different models of inflation. It is believed that one of the things about inflation that helps scientists to understand why the universe appears so similar is because when they look at different portions of the universe, they are able to see that it is all around about the same temperature so an extreme inflation which would take something that is very tiny and then increases it into something that is a much larger size is required.

It is also possible that perhaps the phase transitions are not yet finished. Such an idea is tied up with one of the most exhilarating new discoveries that has been found over the past two decades and that is the theory of dark energy. It is believed that that there may be changes coming in the future that might end up modifying the arrangement of dark energy. It is really unknown at this point in time, no one really knows. That is why all these discoveries from the Big Bang theory are so exciting.

The Big Bang Theory not only tells about how the universe came into being but it also explains a various number of corresponding thoughts. The explosion which ended up producing the Earth had an endless space of equal, even and isotropic space. The theory of inflation ended up confirming that there were other universes that went through the same experience.

Also The Big Bang Theory has given astronomers the best confirmation ever that the universe did in fact begin from a cosmic inflation which immediately followed the Big Bang due to observations that have been seen from the recent discovery of gravitational waves.

By Kimberly Ruble

Sources:

The N.Y. Times

Mother Nature Network

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