At the very beginning of our universe is the Big Bang theory is an effort to explain what happened. Jautirbijnana and physics to go beyond a doubt, a great many have been able to discover.
What really was the start of our universe. Before that moment, there was nothing there, but after that moment there was a incarnation. The previous and the next moment and the Big Bang thiorii attempt to explain.
According to the standard theory , our universe is approximately 13.7 billion years ago, a atiparamanura (Super Atom) form, which was very dense and hot . The previous condition is called ' singulariti . Now the question is , what singulariti ? Speak the truth , we do not know for sure . The term comes from singulariti jautirbijnana . This is a specialized field that overrides our ability to understand physics . The existence of ' blakahola ' is the core of the imagination . Blakahola the intense gravitational pressure region . The pressure is so intense that it 's a little
People are caught in an infinite density material . This saddle is called ancalakei singulariti density . It indicates the space and time . Here are some general rules of physics untenable .
In the beginning bastupunja space ( they can be informed about the paternity scientists still have not ) and then they were scattered across the Internet in the most striking result is atomize . Once located in the very atoms of the explosion and spill all bastupunja have to go out . After the creation of the universe from bastupunja . This is the great explosion bigabyam theory or theories .
Many of us have the wrong perception of the Big Bang theory . For example , we say that the Big Bang consider a large explosion . But experts said the explosion was nothing to say , it was the ( constant ) expansion . It would be more easier if we think about a phulanta balloons . Imagine going to a small balloon to deflate slowly becoming swollen . We see then that there are chopagulo colors that are expanding on . And the Galaxy and the balloon is being eiguloi that our universe is still expanding .
Another wrong idea here is , we understand , say singulariti ball of fire , whose appearance there was too small a place no one mahasunyera . But according to many experts , the Big Bang was not the mahasunya nothing to say . In the 70s , when the first man on the moon and put legs in 1960 , the three substances and jautirbida stephina Hawking , George Ellis and fasting Penrose gave their attention on Relativity theory and our understanding of the key factors . Between 1968 and 1970, they did so in their time and place on some paper with Einstein's General theory of Relativity detailed description of the tests were phalaphalasaha . According to their results , such as materials and energy were introduced in a stated time and sthanerao .
Here in singulariti mahasunyera , but was in singularitira mahasunyera utpattii . There was no trace of singularitira before . Mahasunya , at the time , there was nothing of substance or energy . May think so , then from where or in what singularitira originated from ? We know , we know where it comes from or where it was . We know that it is actually about singulariti we are in and we did not even once singulariti had nothing to say .
Some evidence for this theory ═ ═
When discussing the Big Bang theory may seem jagatei a question , there is no evidence that supports this theory ?
First of all , we yuktisangatabhibe sure that was the beginning of our universe .
Second , in proportion to their distance from us chayapathagulo going away . This is called " Hubble Policy (Hubble's Law)". This principle was named after the scientist Edwin Hubble (1889-1953) who was named after this strange phenomenon observed in 9 of the 19 . This observation supports our universe and we learn from samprasaranakei pariye our universe was once tight and firm .
Thirdly , if the initial state of our universe and is very hot , the heat from the Big Bang theory that currently we can get some rest . In 1965, two wireless jautirbida , Arno and Robert Wilson of penajasa .7 5 degrees Kelvin ( -454.765 degree Fahrenheit , - at 70.4 at 5 degrees C) temperature, the cosmic microwave background (CMB) to find that the universe has spread parsabeksanasila . Gains are considered remnants of the long sought by scientists . Them the Nobel Prize in physics in 1978 for this discovery is given .
Finally , " light elements (Light Elements)" Hydrogen and Helium found in the Big Bag theory of the origin of the universe in abundance karanakei paryabeksanasila support .
