- Record: found
- Abstract: found
- Article: found
Solving the Mysteries of Big Bang Cosmology Starting from the Essence of Relativity
Abstract
Nowadays, it is well known that the universe started from a big bang. However, its magic and nihility are quite obvious, and some people always hold negative opinions about it. General relativity is the main theoretical basis of Big Bang cosmology. Starting from the essence of relativistic spacetime view, we would point out that the relativistic spacetime is not the real spacetime, but the material spacetime formed by observing the world through the physical vacuum. Therefore the gravitational field equation based on this spacetime view cannot describe the real universe. There are other problems with Big Bang cosmology, such as the free parameters are too free, and the indirectness and approximation of the actual data.Nowadays, it is well known that the universe started from a big bang. However, its magic and nihility are quite obvious, and some people always hold negative opinions about it. General relativity is the main theoretical basis of Big Bang cosmology. Starting from the essence of relativistic spacetime view, we would point out that the relativistic spacetime is not the real spacetime, but the material spacetime formed by observing the world through the physical vacuum. Therefore the gravitational field equation based on this spacetime view cannot describe the real universe. There are other problems with Big Bang cosmology, such as the free parameters are too free, and the indirectness and approximation of the actual data.Nowadays, it is well known that the universe started from a big bang. However, its magic and nihility are quite obvious, and some people always hold negative opinions about it. General relativity is the main theoretical basis of Big Bang cosmology. Starting from the essence of relativistic spacetime view, we would point out that the relativistic spacetime is not the real spacetime, but the material spacetime formed by observing the world through the physical vacuum. Therefore the gravitational field equation based on this spacetime view cannot describe the real universe. There are other problems with Big Bang cosmology, such as the free parameters are too free, and the indirectness and approximation of the actual data.Nowadays, it is well known that the universe started from a big bang. However, its magic and nihility are quite obvious, and some people always hold negative opinions about it. General relativity is the main theoretical basis of Big Bang cosmology. Starting from the essence of relativistic spacetime view, we would point out that the relativistic spacetime is not the real spacetime, but the material spacetime formed by observing the world through the physical vacuum. Therefore the gravitational field equation based on this spacetime view cannot describe the real universe. There are other problems with Big Bang cosmology, such as the free parameters are too free, and the indirectness and approximation of the actual data.Nowadays, it is well known that the universe started from a big bang. However, its magic and nihility are quite obvious, and some people always hold negative opinions about it. General relativity is the main theoretical basis of Big Bang cosmology. Starting from the essence of relativistic spacetime view, we would point out that the relativistic spacetime is not the real spacetime, but the material spacetime formed by observing the world through the physical vacuum. Therefore the gravitational field equation based on this spacetime view cannot describe the real universe. There are other problems with Big Bang cosmology, such as the free parameters are too free, and the indirectness and approximation of the actual data.
Content
Author and article information
References
Hu Changwei. Derivation of the relativistic equations from classical continuum mechanics on the basis of a macroscopic vacuum. Physics Essays. Vol. 27(3):375–379. 2014. Physics Essays Publication. [Cross Ref]
胡 昌伟. The Theory of Compressibility Ether. Modern Physics. Vol. 07(04):112–133. 2017. Hans Publishers. [Cross Ref]