Brain structures and functions

Quantum computing architectures with signaling and control mimicking biological processes

“…It is already well known how neuronal synapses process the signals that cross it. The dosage of the quantities of chemical mediators generated because of the excitation signal, as well as their reaction speed at the level of the synaptic buttons, implements the function of temporary signal integration [ 4 , 12 ]. That functionality corresponding to the synaptic buttons together with the morphology of the neuronal dendrites, implements the spatiotemporal integration functionality of the set of signals converging to the respective neuron; this occurs in conjunction with the decremental propagation of the neuronal depolarization signals along each converging dendrite towards the neuronal perikaryon.…”

“…The "allostatic load" analysis suggests that stability in a quantum computing system can be improved by adding an appropriate predictive control element managed by signaling protocols. Example 3: “Cortical reflections” : The cortical area in the brain is known to be responsible for complex phenomena related to thinking, feelings, information valorization systems through rewards/pains, as well as their fusion that takes place at the level of the cortex [ 4 , 43 ]. We must emphasize that the processes mentioned above benefit from an intrinsic tool, revealed by the structural and functional mapping [ 44 ] of the afferent and efferent elements that form the propagation and processing pathways of signals.…”

“…The proposed architecture resting upon the combination of these two dimensions, enables native spatiotemporal integration [ 3 ] or correlation [ [4] , [5] , [6] ], as well as powerful interference filtering, gating, splitting, crowding and other functionalities. Multilevel biological feedback is also commonplace.…”