Black Holes as Harmonic Phase Transitions

The black hole singularity and information paradox are resolved within the Harmonic Framework of Reality. The event horizon is identified as the surface where the dimensional access parameter n becomes zero. Outside, n>0 (matter branch, forward time t₁). At the horizon, the infalling matter’s frequency product reaches a critical threshold, and n=0. Inside, n<0 (antimatter branch, reverse time t₂). To an external observer, infalling matter elongates radially, slows, redshifts, and fades – the visual signature of conversion from a localized particle to a distributed standing wave in the Tau lattice. To the infalling observer, nothing changes; the horizon is crossed seamlessly. The core is a Tau lattice node where all 32 harmonic layers intersect and m + m’ = 0 globally. Information is stored in phase relationships and re‑emitted as structured jets (white hole / t₂ emergence). This mechanism is identical to light‑speed barrier crossing (elongation, not contraction). The paper provides the complete mathematical analogy.