This manuscript presents a theoretical framework exploring the possibility that consciousness may not be entirely confined to the biological lifespan of an individual. While conventional neuroscience considers consciousness as an emergent property of neural activity, certain observational reports, particularly in early childhood suggest phenomena that are not fully explained by current models. The paper proposes that consciousness can be conceptualised as an information-based construct undergoing processes of integration, fragmentation, and recombination. At biological death, the loss of neural integration may lead to fragmentation of informational structures, which may subsequently interact with developing biological systems. The hypothalamus and associated neuroendocrine pathways are explored as potential interfaces for such interaction during early development. Drawing upon perspectives from neuroscience, developmental biology, and information theory, this work offers a speculative but structured hypothesis aimed at stimulating interdisciplinary research. The framework generates testable directions, including investigation of neurodevelopmental and epigenetic signatures in early childhood. This work is presented as a conceptual contribution intended to encourage scientific inquiry into the nature of consciousness and its possible continuity beyond individual life.
Rajinder Pal Singh (Tue,) studied this question.