The Cosmological Constant Problem from an Information-Geometric Perspective

We test the Organic Simulation Hypothesis (OSH) framework based on dc=7 against the cosmological constant problem. The framework succeeds in predicting the dark energy equation of state: w₀ = -1 + 1/dc = -6/7, lying 0. 35 sigma from the DESI DR2 measurement w₀ = -0. 838 +/- 0. 055. The prediction is realized via assisted quintessence with N=7 exponential fields from G₂ moduli. The CKN holographic bound reproduces the observed dark energy density to within a factor of 0. 49 (with 1/ (8pi) normalization). A proposed three-scale formula fails by ~58 orders of magnitude (source document computational error, reported transparently). The same dc=7 that predicts fermion mixing angles (chi²=2. 63) also determines w₀, connecting particle physics to cosmology through a single topological invariant. Four falsification criteria are specified.