The Infinite Loop of Being

A neuron is not Eduardo, yet organized neurons, cells, organs, memories, and feedback produce a persistent higher-order identity. This paper introduces Integragenesis, the proposed transition through which interacting components generate such an identity, and Integralogos, the engineering language and audit used to test whether that transition is real rather than imagined. The study develops a cross-scale method based on independently defined system boundaries and characteristic scales, dimensionless variables, differential invariants, matched null models, held-out prediction, complexity control, and visible negative results. It derives an invariant trajectory hierarchy, a component-composition identity, a cosmological curvature–composition law, and operational tests for predictive closure, persistence through component turnover, and cross-level predictive gain. The pilot rejects equal ordinary-time human–cosmic growth, one universal normalized biological curve, and the tested bounded logistic and Gompertz cosmological candidates. It does not claim that the universe is alive or conscious. It establishes an engineering research program for testing higher-order identity across physical and organizational scales.