Amidst widespread concern over declining deep reading capacities among digital-era children, two educational recommendations have circulated for decades yet failed to generate the systemic change they ostensibly advocate: the call to read classic literature, and the advocacy for print books over digital screens. This article argues that these two proposals are not separate interventions but a single, theoretically grounded necessity. Drawing on the myelination model of learning internalization and the cognitive offloading framework, we demonstrate that only the combination of classic literature and physical books provides the three conditions essential for optimal neurocognitive development during critical windows: high-intensity textual complexity as a myelination mold, uninterrupted sustained attention as a synchronization environment, and physical permanence as a lifelong memory reconsolidation anchor. We establish that canonical literary texts possess a unique constellation of features—syntactic complexity, narrative density, and semantic ambiguity—that make them irreplaceable cognitive training apparatuses. We show that print books provide an attentionally protected space immune to the digital fragmentation that systematically undermines deep semantic encoding, and that their physical permanence creates a passive, environmentally cued reactivation mechanism that digital texts, by their inherent invisibility, cannot replicate. We further diagnose the degradation of the contemporary textual environment through the dual mechanisms of structural avoidance and cognitive mean reversion, which jointly contract the supply of high-complexity texts. The paper generates testable predictions and discusses educational implications that go beyond generic reading advocacy toward a specific intervention: ensuring that every child, before the closure of the critical myelination window, has sustained, uninterrupted, and physically anchored access to several dozen canonical works in print form.Educational Psychologist III
Jiacheng Yang (Sun,) studied this question.