Heidelberg 2022 – scientific programme
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GR: Fachverband Gravitation und Relativitätstheorie
GR 10: Foundations and Alternatives
GR 10.4: Talk
Wednesday, March 23, 2022, 16:35–16:55, GR-H3
Theses for a Closed, Self Sustaining and Timeless Universe — •Thomas Wäscher — IBW Engineering, 69231 Rauenberg
To overcome the persistent non-detectability of presumed Dark Matter and Dark Energy theses are given which implicate the need for a strong paradigm shift in the standard model of cosmology.
1. The universe is curved and closed by its own gravity, it is in the mean homogenious, isotropic and adiabat (Einstein universe) with a constant all over visible CMB-event horizon short before R=c/H [m].
2. The universe is dominated by a stabilizing internal process cycle of the stationary power emission of radiation P=c5/2G [W] balanced by the equivalent mass flow of ṁ=c3/2G [kg/s]
3. Normalised by the lookback time t=r/c the Hubble eqn. v=Hr results in |a|=Hc [m/s2], a scalar background field creating gravity deviations e.g. rotation anomalies.
4. Crossing the universe the radiation is subject to redshift z by gathering the grav. potential z=Φ/Φo=ar/c2 (linear up to z ≈ 0.1, relativistic z=((1+ar/c2 )/(1−ar/c2 ))0.5−1 )
5. The understanding of the Hubble parameter H changes from a velocity per distance (≈70km/sMpc) to a decay constant H ≈ 2.27×10−18 [s−1], which might be the real origin of gravity.
6. Theses 1-5 demand recycling of elements Z>1 to generate fresh hydrogen. Most probably this happens in the core of millions of neutron stars (i.e. pulsars) where nuclei can be unlocked down to the scale of quarks by the extreme gravity. As observed for long, huge clouds of H are outflowing bidirectional from the disc level of galaxies.