The hyperbolic structure of the spacetime–not dark energy-causes the accelerated expansion of the universe. Such a solution predicts the equation of state of cosmology P =. The Universe is globally hyperbolic as we did prove mathematically. The cosmological (gravitational) redshift can be interpreted as a degree of the hyperbolicity of the curved spacetime. The redshifts from such distant objects increase according to the increase in the curvature of the hyperbolic spacetime. For distant objects, the imprint of the curvature is significant, where the spacetime does no longer remain flat. There is an approximately linear relationship between redshift and distance at small scales for all the FLRW models, and departures from linearity at larger scales can be used to measure spatial curvature. Hubble's law doesn`t explain why distant objects were receding fastest. Hubble's law describes a uniformly expanding flat universe. We prove that the distance horizon of the hyperbolic universe is infinite. The hyperbolic universe possesses a hyperbolic inflation covers the current observed large structure. Hence Black holes possess nonsingularity. Our modified Schwarzschild metric in the hyperbolic spacetime possesses nonsingularity. We modify the laws of gravity from the perspective of General Theory to fix the Big Bang model shortcomings.The manifold of the hyperbolic universe possesses nonsingularity. We prove mathematically that the universe is hyperbolic. It is an oversimplification to generalize that the universe is globally flat. Our main mistake is that we accept an unverifiable assumption that the portion of the universe which can be observed is representative of the whole, and that the laws of physics are the same throughout the whole universe. Singularities are merely artifices of our current (flawed) physical theories. Without them, there would be a contradiction between the observations and the theory. The Big Bang model relies on a growing number of hypothetical entities, things that we have never observed inflation, dark matter and dark energy.
0 Comments
Leave a Reply. |