Asymptotic analysis maps small-radius initial values on the Collins spiral to black hole mimicker mass and parameters at the simulated horizon kink, producing power laws with exponents 1/5 and 1/10.
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A single phase transition mechanism to negative energy density explains both dynamical gravastars and little red dots through latent energy and high gravitational redshift.
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Asymptotic analysis of the "simulated horizon" segment of the Collins spiral
Asymptotic analysis maps small-radius initial values on the Collins spiral to black hole mimicker mass and parameters at the simulated horizon kink, producing power laws with exponents 1/5 and 1/10.
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The mechanism for creating "dynamical gravastar" black hole mimickers also explains formation of "little red dots"
A single phase transition mechanism to negative energy density explains both dynamical gravastars and little red dots through latent energy and high gravitational redshift.