Everything we think we know about dark matter and dark energy is completely wrong. To see this, we only have to consider the following 16 facts.
1. The energy density of gravitational fields is negative. Gravitational fields become stronger as their sources approach. At the same time as they are amplified, the gravitational fields give off energy to the approaching masses.
2. An absolutely negative energy density is not physically possible. Therefore, there must be a cosmic field that compensates for the negative energy density everywhere.
3. The existence of the cosmic field causes gravity to lead to a reduction in the energy density of the cosmic field.
4. Accelerated masses emit gravitational waves and release energy in the process. We know this from the observation of rotating pulsars that rotate more slowly over time.
5. The emission of gravitational energy also affects accelerated elementary particles. However, because of their charge, they emit much more electromagnetic energy than gravitational energy. The gravitational waves emitted by elementary particles have a microscopic wavelength.
6. In contrast to electromagnetic energy, gravitational energy can escape practically unhindered even from stars.
7. The electromagnetic energy that stars emit to the outside corresponds exactly to the energy released by nuclear fusion collisions.
8. However, there are many more collisions between elementary particles and also with photons than nuclear fusion collisions take place.
9. The Larmor radiation released during these so-called Coulomb collisions is in equilibrium with the thermal energy. All Coulomb collisions are a zero-sum process in terms of energy balance.
10. Although extremely much more electromagnetic energy than gravitational energy is released with each Coulomb collision, only the microscopic gravitational energy leaves the star's interior and in considerable quantities.
11. The gravitational energy density released by stars amplifies the cosmic field, while gravity reduces the cosmic field.
12. The released gravitational radiation therefore has an anti-gravitational effect and thus reduces the gravitational effect of the stellar mass.
13. The anti-gravity effect decays with 1/r² proportional to the surface of the sphere, just like the gravitational effect. It is therefore initially indistinguishable from gravity.
14. However, there is a crucial difference. If the energy density of gravitational radiation has subsided to the background level of the cosmic field, then it cannot fall any further. The background then immediately replaces the further decay. Therefore, the anti-gravitational effect of gravitational radiation stops at this point.
15. When the anti-gravity ends, the full gravitational effect of the entire stellar mass appears. This emergence is wrongly interpreted as an effect of dark matter.
16. The microscopic gravitational radiation emitted by stars that contributes to the cosmic field actually is the dark energy.
The aspects discussed in the 16 points are consistently ignored by standard theory. The microscopic gravitational waves mentioned in point (5) are excluded with an unconvincing argument. It is assumed that with a factor of 1.0E+38, the emission of gravitational radiation is so much lower than the emission of electromagnetic radiation that it can play no role at all.
Unfortunately, the radiation emitted by stars, which corresponds to the fusion power, is assumed to be a reference. What is completely overlooked is that the Coulomb collisions and collisions in which only electrons and photons are involved also lead to gravitational radiation. While the electromagnetic radiation is in energetic equilibrium with the thermal energy, the gravitational radiation escapes completely unhindered.
The fact that the standard theory is so blatantly mistaken is not only embarrassing, it is scandalous. The fact that this also leads to a completely wrong theory about dark matter and an elaborate search for it takes the cake.