Abstract
The actual world model, the “Standard Model of Cosmology” (SMC), which dates back to the 1950s, no longer corresponds to the latest state of knowledge on the cosmos. By way of example, the assumption made in the SMC that the expansion of the cosmos is continually being reduced due to the effect of the gravitation exerted on all the matter in the universe is now contradicted by recent measurements. The reason for the expansion of cosmic space in accordance with Hubble’s Law is not physically explained by the SMC but merely stated as a fact. Another example is provided by the “dark phenomena”, which make up by far the greatest part of the energy of the cosmos, and exert a dominant influence on its behaviour. In spite of intensive research over the decades to provide answers to these as well as other open issues in cosmology, no satisfactory and plausible answers have hitherto been found. It is indeed time to propose an alternative cosmological world model to the SMC in the light of the latest insights on the universe.
Highlights
A wide range of views exists among the research groups investigating dark matter—as can be seen from the abundant literature available on the subject ([1]-[5]), it is possible to recognise a certain preference, namely that dark matter may possibly consist of so-called WIMPs (Weakly Interacting Massive Particles), which have long been the subject of an international hunt
1) According to the established doctrine in physics, the gravitation of photons is static in nature and is utterly insignificant in comparison to the electromagnetic force
Dynamic gravitation is significant, since it determines the properties of the photons
Summary
A wide range of views exists among the research groups investigating dark matter—as can be seen from the abundant literature available on the subject ([1]-[5]), it is possible to recognise a certain preference, namely that dark matter may possibly consist of so-called WIMPs (Weakly Interacting Massive Particles), which have long been the subject of an international hunt. As far as the even more mysterious dark energy is concerned, cosmologists are completely at a loss—they have absolutely no idea what dark energy might be in physical terms. One thing is certain: both dark energy and dark matter are of non-baryonic nature!. How to cite this paper: Zbiral, G. (2015) Ideas on an Alternative Cosmological World Model with Different Initial Conditions.
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