Ripple-Instantiation Cosmogenesis: Six-Dimensional Spherical Cascade as an Alternative to Temporal Assembly

Abstract The detection of galaxy MoM-z14 at redshift z = 14.44 by NASA’s James Webb Space Telescope reveals a luminosity approximately 100 times greater than ΛCDM predictions, deepening a systematic tension: fully assembled galaxies appear earlier than temporal structure formation can accommodate. Here we present the Ripple-Instantiation framework, a non-evolutionary cosmogenesis model in which observable three-dimensional spacetime (S³D) is generated instantaneously as a structural projection from a six-dimensional primordial nucleus (S⁶D), propagating through intermediate dimensional layers in the form of a spherical ripple cascade. The projection is formalised through a Hilbert–Schmidt functional Π, under which time emerges as an ordering parameter τ rather than a fundamental physical variable. The framework predicts three testable residuals invariant under ΛCDM parameter re-fitting: a non-vanishing super-horizon correlation floor ξₐₑˢ(r), a cross-redshift coherence floor Σ₀, and a persistent CMB–LSS alignment. These signatures, testable with JWST and Euclid, provide empirical falsification criteria. The framework positions ΛCDM as a first-order Gaussian approximation of a deeper projection-structural ontology.