The Quantum Information Redistribution Hypothesis — Modified (QIRH-M) - A Mathematical Framework for Post-Mortem Informational Dispersal and Early-Life Neurodevelopmental Imprinting

The Quantum Information Redistribution Hypothesis, Modified (QIRH-M) presents a revised theoretical framework proposing that identity-correlated informational patterns encoded within a biological system do not undergo annihilation upon organismic death, but rather transition into a highly diluted, classically-accessible mixed state through environmentally-induced decoherence. Crucially, the model does not require the preservation of coherent pure quantum states post-mortem; instead, it posits that residual correlations — rendered classical through the decoherence process — become redundantly encoded across environmental degrees of freedom in a manner structurally analogous to the mechanism described by Quantum Darwinism (Zurek, 2003). Under this framework, information is neither copied nor cloned — consistent with the quantum no-cloning theorem — but rather unitarily dispersed into the environment as a probability distribution over basis states, effectively constituting a diffusion of informational structure into the surrounding physical substrate. The model further proposes that the Schumann Resonance (SR) cavity — the globally coherent Earth-ionosphere electromagnetic waveguide resonating at 7.83 Hz and harmonic multiples — serves as the principal non-local transfer medium for this dispersed informational content. Given the documented functional coupling between SR frequencies and human neural oscillation bands, and the established sensitivity of the developing brain to ELF electromagnetic modulation, the QIRH-M proposes that early-childhood neural systems during peak neuroplasticity (approximately ages 2–7) may exhibit statistical sensitivity to SR-mediated residual correlations — not as recovered episodic memory, but as weak informational biases influencing nascent synaptic architecture. The hypothesis generates a set of falsifiable predictions: reported experiential impressions should demonstrate short post-mortem intervals relative to subject birth; phenomenological content should be emotionally and somatically primary rather than declaratively coherent; reports should attenuate monotonically with neurodevelopmental maturation; and report duration should correlate with neurodevelopmental milestone timing rather than chronological age per se. This framework is explicitly speculative and empirically unverified. It does not posit the survival of personal identity, consciousness, or any metaphysical substrate, and proposes no violation of established physical law.