Source: The Holoinformational Model of Consciousness: An Extension of Pribram's Monism, By Francisco Di Biase, Chief Neurosurgery-Neurology, Clínica Di Biase and Santa Casa Hospital, Barra do Piraí, Rio, Brazil Professor, Post-Graduation, UGB Universidade Geraldo Di Biase - Volta Redonda, Rio, Brazil.
This text proposes a holoinformational model of consciousness, arguing that the human mind and the physical universe are unified through a non-local quantum-holographic field. By synthesizing Karl Pribram’s research on neural networks with David Bohm’s theories of universal "implicate order," the author suggests that consciousness is not a byproduct of matter but a fundamental cosmic dimension equivalent to energy or time. The narrative moves from the microscopic scale of quantum brain dynamics—where biological structures like microtubules maintain coherence—to a macroscopic "holoarchy" where information is distributed across the entire cosmos. Ultimately, the paper seeks to bridge the Cartesian divide between mind and matter, presenting a transdisciplinary vision in which the brain acts as a localized interface for an infinite, self-organizing flux of universal information.
Holographic Consciousness - Unified Reality.pdf
Your_Brain_Is_A_Quantum_Hologram.m4a
Who are you? It’s the simplest question, yet it leads to the most profound and persistent mystery in all of science and philosophy: the nature of consciousness and our place in the universe. For centuries, we’ve struggled with the “hard problem” of how subjective experience can arise from inert matter. But what if the question itself is based on a flawed premise?
A framework known as the "Holoinformational Model of Consciousness" offers a startling new perspective by blending insights from quantum physics, neuroscience, and information theory. It suggests that the reality we experience is far stranger and more interconnected than we could ever imagine. This post explores five of the most surprising and impactful ideas from this model that will fundamentally challenge your everyday understanding of reality.
We tend to think of the universe as a vast, three-dimensional container holding galaxies, stars, and planets. But the holographic principle suggests something far more bizarre: our 3D reality could be a projection of information stored on a distant, two-dimensional surface. This isn't just a philosophical fancy; it's a concept grounded in serious physics.