The Sun and black matter
There are quite complex explanations for how the Sun originated.
The basic idea is that hydrogen atoms, which are residual fissionable material generated by the cataclysmic death of other stars, came together in various ways. The gravitational force caused compression, which increased the temperature. As a result, the hydrogen atoms became ionized and lost their single electron. Under normal circumstances, the Coulomb forces could potentially disrupt the formation of the early Sun, but this did not occur. It is believed that there is a critical temperature threshold at which the Coulomb force loses its ability to repel particles, allowing the process to continue.
It is a rather complex explanation.
An alternative as a spin-off of The Dutch Paradigm has merits to consider:
It could well be that dark matter is the major constituent of the Sun.
A single dodecahedron is electrically neutral, but there is another structure of twin dodecahedrons possible that is also electrically neutral. It resembles a kind of Hâ‚‚ nucleus, positioned between an H nucleus and a helium nucleus.
The formation of such twin protons of hydrogen is likely due to the fact that electrons are not available to form an atom. It is well imaginable that this happened in the early stage of forming the universe when nuclei were in the plasma phase, and most electrons were in the process of forming dodecahedrons anyhow. Such a twin Hydrogen nucleus would be electrically neutral and have gravitational attraction. Once the gravitational effect becomes effective as a dominant force – in a more relaxed situation after forming the universe – it would start to clump these H₂ nuclei together into a very, very dense structure. Such a structure could absorb massive amounts of low-energy photons, as explained in the section on thermal expansion, and thereby increase temperature. Eventually, this temperature and pressure could trigger the start of nuclear fission and fusion.