Beyond the Brain: Testing Human Access to External Information Fields Through Sensory Deprivation and AI Comparison

Traditional neuroscience holds that intelligence arises from complex internal neural processes without recourse to external fields or influences. However, emerging hypotheses from quantum biology, panpsychism, and information physics propose that the brain may act as a receiver, accessing an informational substrate woven into the fabric of the universe. If true, this would radically alter our understanding of consciousness and cognition. This study proposes a novel experimental approach: placing human subjects in complete sensory deprivation and challenging them to produce new, highly ordered, and verifiable information—such as solving unfamiliar mathematical problems or generating predictive patterns—without prior exposure. Their performance will be compared to isolated AI systems trained without external input, to determine whether human brains exhibit superior access to structured knowledge. The goal is to investigate whether intelligence might tap into an external informational field, rather than arising solely from internal neural computation. A successful outcome would suggest a paradigm shift in neuroscience, cognitive science, and our broader understanding of consciousness, while a null result would strengthen the traditional brain-centric view. This paper outlines the theoretical foundations, proposed methodology, potential challenges, and the far-reaching implications of testing whether human minds can receive information beyond sensory boundaries.