LFBOTs as Macroscopic Twist-Untwist Transitions in G-MaTT: A Geometric Explanation of the Brightest Optical Flash Ever Recorded

Abstract We explain Luminous Fast Blue Optical Transients (LFBOTs)—including the record-breaking 2024 event, the brightest flash ever recorded—as macroscopic Twist-Untwist Transitions (TUT) in the emergent mass-torsional field \(\hat{M}_\mu\) of Generalized Mass as Twisted Time (G-MaTT). In G-MaTT, stars are long-lived topological knots in \(\hat{M}_\mu\) (Perfect G-MaTT2, Sec. 5f); their stability requires \(\mathcal{W}_{\rm TUT} \approx 1\), where \[\mathcal{W}_{\rm TUT} = \exp\!\left[ -\frac{w}{\alpha} \left(\frac{v}{c}\right)^2 \right], \quad w=3,\ \alpha^{-1} = 137.035999206.\] An LFBOT occurs when a high-strain \(\hat{M}_\mu\)-knot undergoes catastrophic reconnection—releasing stored torsional elastic energy as a coherent blue flash. This mechanism naturally accounts for: Extreme luminosity (\(E_T \sim 10^{46}\)–\(10^{48}\) erg), Rapid rise/decay (light-crossing + TUT decoherence), Blue spectrum** (coherent high-\(\omega\) emission, \(\langle\omega\rangle \propto \Omega_0\sqrt{\alpha}\)), Off-centre locations (free-floating “dark knots” in primordial filaments, G-MaTT Academic1, Sec. 12). No black hole, failed supernova, or stellar collision is required—only geometric reconfiguration. We predict: (i) no neutrinos, (ii) no expanding ejecta, (iii) linear polarization spike at peak, (iv) ~0.1–10 Hz GW burst. The 2024 event may be the first direct detection of stellar-scale quantum torsion.