Randomized trial computes tidal deformability of CCEGA black stars, indicating new insights compared to general relativity.
We compute the tidal deformability Λ of CCEGA black stars. Two results: (1) Λ_BS is frequency-independent during inspiral — fISCO < fcut throughout the chirp. (2) Λ_BS ≈ 0.005–0.66 for masses 4.56–14.75 M☉, nonzero in contrast to GR black holes (Λ_BH = 0). For normal neutron stars, CCEGA predicts Λ ≈ 377–538 for M = 1.4 M☉, consistent with GW170817 (within 90% CI). A mild tension exists at the upper end, constraining k₂^CCEGA ≲ 0.07. ET stacking of ~100 mass-gap mergers could detect Λ̃ ~ 0.3 statistically.
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Marc López Sánchez (2026) studied this question.
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