Authors: Dan Visser
A new universe is described, which comprehends the Big Bang-universe as a visible hologram of gravity. This hologram eternally orbits within the time-torus-universe (rTTU). Formulas prove this. The formulas are described in this paper. This causes dynamics, which relate to a light-torus, and which emerges per up-scaled Planck-scale to larger scales, but it is also accompanied by the rotation of quantum-gravity and dark matter-force. The result of the formulas show that the light-torus has a constant rotation of half the light-speed. Moreover, it contracts (+) or expands(-), which is dependent on the features (+) or (-) of the dark matterforce, also involved in the rTTU. But also quantum-gravity-force is involved. So, due to these dynamics the Big Bang-universe is not only a hologram of light, but actually a visible hologram of gravity. Then the question arises: How do neutrinos act in this rotating timetorus- universe? Neutrinos are not supposed to move faster-than-the-light-speed in a standalone Big Bang-universe, but in the rTTU violation of the light-speed is dependent on whether the dark matter-acceleration is stronger than the smallest quantum-gravity-acceleration in the rTTU. If so, then neutrinos hurl away from the visible hologram of gravity. That seems a violation of the GRT, but actually it isn’t, because ‘faster-than-light-neutrinos’ stay in the rTTU. Due to this new physics and formulas three calculations are made: An orbit-time of a light-torus, which explains why there exists a CMB-dipole. A calculation of an orbit-time of the quantum-gravity-torus, which explains why there exist CMB hot- and cold areas. A calculation of an orbit-time of the dark matter-torus, which explains why a series of shifted ‘concentric circles’ is showing-up in the CMB (up to 350). And at last I explain what the ‘cold spot’ in the CMB really is in perspective of the rotating time-torus-universe (rTTU).
Comments: 9 Pages. Version-2 removed a typing error, with no consequences for the results
Unique-IP document downloads: 77 times
Add your own feedback and questions here:
You are equally welcome to be positive or negative about any paper but please be polite. If you are being critical you must mention at least one specific error, otherwise your comment will be deleted as unhelpful.