Da Vinci Code

Big Bang Explained

Physic-mathematical research on the early Big Bang and causes the initial explosion

There are physicists and mathematicians, based on mathematical calculations, seeking to find explanations of when zero initial explosion – Big Bang. Thus:

Theory / quantum physics allow physicists to give researchers a number of theories about the cause of Big Bang. The demonstrations made on the basis of the quantum theory, under which an elementary particle can be detected in two places at the same time (hence the conclusion that the particle is in constant vibration), generated the idea that space and time are abstractions, illusions of human thought.

Their theory “super-gravity” based on the fact that gravity is too weak in relation to the electromagnetic force or other forces (although it manifests itself in the universe as a very large and comprehensive force). This postulated that gravity flows in a “parallel universe” and that gravity remains in our universe is much diminished.

Both theories have led to the development of “membrane theory” or M theory and allowed the conclusion that in the real world must be much more than the three dimensions of our universe, and that therefore there are many universes.

In a U.S. laboratory to replicate in an experience for a millionth of a second (10^-7 seconds), how wealth would have been immediately after the Big Bang. The idea is that the Big Bang to exploding point made containing an enormous amount of energy and because the conditions began to turn in – “primordial soup” that no theory cannot be defined. Resulting material immediately after the Big Bang (primordial soup) was called plasma, the experiment in which the plasma was obtained in a heavy bombardment of gold particles and deuterium (hydrogen isotope)

Consequences of the Big Bang

Gamow and his students concluded that some chemical elements in today’s world from the earliest times of its formation. Some radiation is supposed to go back to the Big Bang and still flows through the universe. It also found that the lightest elements as hydrogen, deuterium and helium, were the first elements in the universe, and other heavier elements were formed later. Researchers claim that elements heavier than helium and lighter than iron is formed in the nuclear stars and elements heavier than iron are formed in supernova explosions.