The retrieved literature overwhelmingly supports the claim that the brain's neuronal architecture develops through highly structured wiring. Multiple studies detail specific molecular cues (such as cell adhesion molecules, plexins, semaphorins, and Wnt signaling), cellular mediators (glia), and multiscale topological principles (hierarchical connectomes, non-random sparsity) that govern neural circuit formation from infancy onwards. Only one paper (Paper 7) offers a partial caveat regarding the limitations of current generative models in capturing long-range spatial connectivity, but this does not refute the fundamentally structured nature of neurodevelopment.