This note derives explicit physical consequences of TIP-EFT v1. 1 DOI: YOURV1. 1DOI. The Hamza Scale is defined from the calibrated fundamental mode m1 = 0. 007 h/Mpc: R ≡ 1/m1 = 900 Mpc = 2. 77×10²5 m Corollaries of R = 900 Mpc: 1. Gravitational Tidal Forces: Maximum tidal acceleration aₘax = c²/R = 1. 08×10^-9 m/s². Spaghettification does not occur for infalling observers. 2. Compact Objects: Maximum stable mass Mₘax = c² R / 2G ≈ 100 M⊙. Predicts stable "Hamza Stars" in the 50-100 M⊙ black hole mass gap. 3. Cosmological Stability: False vacuum decay rate Γ ∝ exp (-πR²/H²) ≈ 0. Universe eternally stable against quantum tunneling. Dark energy density Λ ≈ 3/R² = 3. 5×10^-52 m^-2. Falsification: If Euclid DR1 finds no 3σ excess at k = 0. 007±0. 0005 h/Mpc on October 21, 2026, the Hamza Scale R = 900 Mpc and all corollaries are ruled out. This work establishes timestamped priority for the physical interpretation of the TIP-EFT k1 mode prior to Euclid DR1 release.
Hussain Hamza Ghulam Mustafa (Fri,) studied this question.