How does the energy source distribution in a Dark Star differ from a standard star?

Answer

Dark Stars utilize a diffuse energy source throughout their volume

A standard, main-sequence star like the Sun derives almost all of its energy from a localized, intense region—the core—where thermonuclear fusion occurs, creating a sharp gradient of energy release. In contrast, the physics suggesting the support of a Dark Star relies on dark matter annihilation occurring throughout a substantial portion of the star's interior, rather than being confined to a tiny fusion zone. This means the energy generation mechanism is spread out, resulting in a different internal structure. This fundamental difference in energy distribution affects the star's overall structure, gravity profile, and effective temperature, leading to observational signatures that deviate significantly from established stellar models.

How does the energy source distribution in a Dark Star differ from a standard star?

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