The Waltz: Λ Supplement to Mode Identity Theory

Mode Identity Theory adopts a nested sphere topology: S¹ (temporal edge) bounds the Möbius surface, which embeds in S³ (hypersphere bulk). The Möbius strip has exactly one boundary. The observer, standing on the temporal edge, sees the "far side" of the universe through the non-orientable twist; but there is no far side. It is the same edge. One boundary, two observations: n = 1 (here) and n = 2 (horizon). The chronon and neutrino waltz in pre-realization; the same S¹ boundary, sampled at different projection depths. Gravity emerges not as a force but as geometry observed through the twist. There is no graviton; the 80-year search was a category error. v2 notes: deriving the fundamental time step (chronon) directly from the binary icosahedral symmetry of the S³ bulk (4π/120). This extension aims to identify neutrino mass splittings not as arbitrary parameters, but as the allowed harmonic resonances of this discrete phase lattice.