The Big Bang(personal Account) (tragedy)

The big bang I learned about playing with fire is very difficult to learn. The old summer was one of my longest days in my life. It is normal in the morning. Afternoon when things began to get hot. It was a night I thought that night would not end. That morning is the same as other summers. The sun is bright and warm. Colorado also has a family. My aunt and my uncle are with my two cousins. They intend to stay together all through the summer.

Big Bang as the Origin of the Universe: A common misconception about the Big Bang model is that it is the origin of the universe. However, the Big Bang model does not comment on how the universe was formed. The concept of the current Big Bang model assumes the existence of energy, time and space and does not comment on the origins of their origins and the intensive and high temperature initial state of the universe. Hubble 's law violates special relativity. Hubble 's law predicts that galaxies that exceed the Hubble distance are faster than the speed of light. However, special relativity does not apply to movement beyond space. Hubble 's law expresses the expansion speed of space, not space.

Big Bang is an "explosion" that happens in the universe. This is a common misunderstanding. However, the big bang is the expansion of the space itself. Every part of the space is involved. For example, the space occupied by the Earth, the Sun, and the Milky Way during the Big Bang was once a very hot and dense space. The same can be said for other parts of the universe we can see. Astronomers have discovered two chemical elements throughout the universe that can only be generated during the Big Bang: Hydrogen and Helium. In addition, these elements were observed only in proportions that are expected to occur during the big bang (approximately 75% hydrogen, 25% yttrium). This prediction is based on our comprehensive understanding of nuclear reaction, independent of Einstein 's gravity theory.

We all know Big Bang. In the first three minutes after the big bang, only a few atoms were formed. Hydrogen, helium and small amounts of lithium. Nuclear reactions require extremely high temperatures and it is clear that they cool rapidly as the universe consumes. Therefore, the fission reaction ceased and these three elements became the sole element of the universe shortly after the big bang. So where did the other elements come from? "It is due to our star" The newly formed star is mainly made of hydrogen. By participating in the nuclear reaction of the star's nucleus, it is possible to "birth" new elements. The diversity of elements such as helium, carbon and nitrogen varies depending on the quality of stars. For example, our sun is so small that we can only produce helium atoms.