Diagnostic EUV–radio temperature disagreement and local conductive-closure failure in the quiet-Sun corona are orthogonal components of one relative entropy of a κ≈2.5 distribution.
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Generalized flux-weighted boundary conditions yield closed-form stationary distributions in collisionless kinetic models that are non-thermal except for the standard Maxwellian case, with analytical moments confirmed by simulations.
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The Diagnostic Disagreement and the Closure Failure of the Quiet-Sun Corona Are the Same Relative Entropy
Diagnostic EUV–radio temperature disagreement and local conductive-closure failure in the quiet-Sun corona are orthogonal components of one relative entropy of a κ≈2.5 distribution.
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Generalized flux-weighted boundary walls in kinetic models
Generalized flux-weighted boundary conditions yield closed-form stationary distributions in collisionless kinetic models that are non-thermal except for the standard Maxwellian case, with analytical moments confirmed by simulations.