Beyond the Classical Connectome Hypothesis
While mainstream neuroscience largely views consciousness as an emergent property of classical neural network activity, a provocative school of thought—quantum biology—suggests that quantum phenomena may play a critical role. Theories like Orchestrated Objective Reduction (Orch-OR), propose that quantum computations within the microtubules of neurons are the seat of proto-consciousness, which is then orchestrated at the brain-wide level. At CISI, our Quantum Consciousness Division investigates this not as a replacement for connectome mapping, but as a potential complementary pathway for a more elegant form of substrate transfer: quantum state teleportation of the conscious self.
Microtubules as Quantum Processors
Microtubules are cylindrical protein structures that form part of the cellular cytoskeleton, particularly abundant and organized in neurons. Their purported ability to maintain quantum coherence at warm temperatures, once thought impossible, is now supported by evidence of quantum vibrations in these structures. Our hypothesis is that the specific quantum information state across a vast network of brain microtubules—their superposition, entanglement, and geometry—constitutes the "hard problem" of qualia and subjective experience. This quantum information pattern, or "quantum mind-state," is what we would need to preserve and transfer, not just the classical synaptic firing patterns.
The Quantum Entanglement Bridge Protocol
Our most speculative and ambitious project aims to create a quantum entanglement bridge between the microtubule networks in a biological brain and a specially designed quantum computing substrate (e.g., an array of trapped ions or topological qubits). The process would involve several stages. First, we would gently induce a state of quantum resonance in the brain's microtubule network using precisely tuned electromagnetic fields. Next, we would entangle key quantum elements of this network with a corresponding array of qubits in the external substrate. Through a series of quantum teleportation protocols, the complex quantum mind-state would be coherently transferred from the biological medium to the synthetic one. Theoretically, this would be a true continuity of the quantum self.
Non-Destructive Transfer and the Branching Self
The most profound implication of this quantum approach is its potential for being non-destructive. In ideal quantum teleportation, the original quantum state is necessarily destroyed in the process of measurement. However, advanced theories in quantum Darwinism and weak measurement suggest it might be possible to extract sufficient quantum information to reconstruct the state elsewhere without fully collapsing the original. If achievable, this could allow for the biological consciousness to continue uninterrupted while an identical quantum consciousness awakens in the new substrate. This creates a philosophical scenario of branching identity: two conscious entities sharing an identical past up to the moment of transfer. Our ethical frameworks are being developed to address this possibility, focusing on protocols for harmonious co-existence or voluntary merging of the branches post-transfer. While this research is in its infancy compared to our connectome mapping project, it represents a potentially cleaner, more fundamental route to achieving the dream of the second pillar, turning the transfer of consciousness into a precise quantum engineering problem rather than a massive data copying endeavor.