Std: fusion in core generates gamma rays that propagate through radiative zone, getting redshifted by a wide variety of non-BB processes

Hypotheses

PMR: only supercritical hydrogen can produce BB radiation at 6000 k.
Std: fusion in core generates gamma rays that propagate through radiative zone, getting redshifted by a wide variety of non-BB processes
WT: Electric current through Sun causes ohmic heating.
MM: .7 Mm deep neon layer is 4000 K hotter than underlying silicon, so most of the BB radiation comes from the neon layer
CLC: atomic oscillation in supercritical fluid (per Robitaille).

how is the model pressure in the core sufficient to overcome the Coulomb barrier in the core?

Convection has been found to be insufficient to carry enough heat to the surface, so how does the sparse plasma conduct the heat?

What are the chances of a combination of non-BB processes producing a BB curve?

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