Thius is a rethinking about just what produces the Sun's radiance. The traditional explanations infer great pressures sufficient to contain fusion reactions deep inside what is a Newtonian projectiion of densely packed matter. The problem with all that is that the surface gravity is 28 times greater than Earth and the temperature is around 10,000 degrees. Both of these can be replicated in a lab without breaking anything and certainly not producing a fusion reaction.
Of course, my Cloud cosmology allows a radically different protocol. And as much as I myself do not believe it, it also generates a convincing shell projection for all large solar objects including the Sun. This is awkward if you think solar energy is produced by fusion energy and argued against the shell concept. Containment becomes impossible.
Yet do understand that what we see is not fusion reactions at all, but hot gases.
I will now propose a completely new working protocol. We already understand Dark MAtter as a global packing of neutral neutron pairs. In most of our space the packing is light enough which prevents neutron pair decay into hydrogen and helium and other elements. However on the surface of the Sun this packing tightens up allowing a sharp increase in decay events.
My point though is that a modest decay production will produce what we see and all the known production of the sun. This is not explosive but is a steady trickle of hot hydrogen and radiation across the entire surface of the sun and likely in balance with incoming neutron pairs.
essentially a deep enough gravvity well ignites solar radiation and produces hydrogen along with lesser amounts of everything else.
Better yet no extreme unobtainium temperatures and pressures are called for. In fact the interior of the Sun may even be pleasent. Not what i started out with.
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