Reironisation of the universe after the 'big bang'
If we take the 'observed' data from the below article. The average background temperature of inter-galactic space [average 2 kelvin] of the observed 1.6k [charge?] appearing at the centre of a galaxy -
[emergent detection point, in amongst the below average background thermal energy of a galactic core - charge at emergent point?]
- surrounded by a balance of the usual cluster of close orbiting stars, I presume that the quantum 'tunneled' emergent cold hydrogen is a snap shot of a big 'bang' scene.
It has been noted that at very low temperatures [near 0-kelvin] electrons have no charge [or are functionally quantum condenate in state]
Therefore;
https://www.sciencealert.com/electrons-cooled-almost-to-absolute-zero-reveal-their-quantum-nature
Resultant from the above article evidence,
Would it be unreasonable to assume that reironisation would require the warming of the electrons of the hydrogen for their [atomic ironisation] energy of potential to be invigorated?
The 'Big-Bang' was Cold,