Natural intelligence, consciousness and information processing: turning the brain into learning mode

Neural networks are designed to simulate the functions of the human brain. Consequently, understanding human consciousness has become a growing challenge in research dedicated to the neurobiological foundations of brain function. The digital revolution has greatly transformed people's everyday lives, leading to an increased reliance on specific digital activities and mixed reality. This shift has enhanced the brain's unconscious information processing capabilities, posing a new question about the role of consciousness in these processes. To investigate the functioning of consciousness, it is necessary to examine how the brain operates in a digital environment. This environment can range from casual internet searches to more focused interactions with specific platforms or programs, where automated cognitive neuropatterns continue to process excessive information in an “inner dialogue” mode. An external and internal indicator of this state is the excessive tension felt in the temporomandibular joint (TMJ) and the root of the tongue, both serving as articulatory apparatuses for both external and internal speech. To actively engage in conscious perception of new educational or work-related information, it is essential to deactivate the automated cognitive neuropatterns of natural intelligence. This article presents the findings of a study conducted within the research programs of the “Professional Reliability Development Neurocenter 'Resource'” LLC, focusing on staff members aged from 20 to 76 years who performed intellectual or office work.