Brain Control: The Beginning Part 1 What if I told you that the most complex object in the universe is not in the depths of space, but right beneath each of our skulls? And that maps of this mysterious continent, which modern science is only beginning to chart, were actually drawn in ancient times? At the turn of the 18th and 19th centuries, German physician Franz Joseph Gall created something astonishing - phrenological maps of the brain. On them, he placed "abilities of the soul," as if they were modules responsible for different mental traits. Modern science dismisses these maps with arrogance, calling them the product of speculative conclusions. But could they not also be distorted echoes of much older knowledge? Knowledge perhaps passed down to humanity in ancient times, like instructions for a complex mechanism? Just as the Sumerians obtained their astronomical tables, Gall may have intuitively grasped the framework of our true consciousness. However, the real breakthrough occurred at the end of the 19th century, when German physiologists, stimulating animal brains with electric currents, discovered the "motor zone." Later, Canadian Wilder Penfield, correlating data, drew a funny little man - a homunculus - on its surface. This tiny figure, with a large tongue and fingers and a tiny body, looks like a caricature. But what if this is not just a diagram? What if it's a kind of pictogram left on the "onboard computer" of a human? The symmetrical sensory homunculus behind the central sulcus only reinforces the idea of a symmetrical projector translating electrical impulses into physical sensations and movements. Subsequently, another "traveling" homunculus was discovered, responsible for maintaining posture. Does this not suggest a layered control system, like in a complex mechanism? Frenchman Paul Broca and German Carl Wernicke identified two speech-related areas in the left hemisphere. Damage to one deprives a person of speech, while damage to the other renders speech meaningless. S. Medvedev, director of the Human Brain Institute, cautiously notes that these are not so much "centers" as "interfaces." Interfaces! Just like ports for connecting in a complex device. Could these zones be some kind of connectors to a collective consciousness or, if you will, for decoding a universal language that our species was originally programmed with? And the brain speaks in the language of electricity. Initially, scientists learned to read this language through EEG - the sum of signals from millions of neurons. Then, like daring archaeologists penetrating a sanctuary, Natalia Bekhtereva began recording activity of individual neurons with implanted electrodes. She uncovered something incredible: our brain is populated by specialized "blocks." "Literate" neurons, like ancient priests, monitor the correctness of speech. Others distinguish native language from foreign, specific words from abstract ones. There are even "error detectors" - an internal warning system alerting to a violation of a pattern: "You're leaving the house and feel that something is wrong..." Doesn't this resemble a diagnostic system for a complex machine? And what about the amygdala? This ancient structure, as Sergey Kovnir discovered, is a true center of passions and vices. Removing it in monkeys made them fearless of snakes, transforming them into fearless beings devoid of self-preservation instincts. Stimulation of the amygdala in humans with words evokes fear and rage. Could it be the very "beastly" beginning, an ancient survival module embedded in our firmware, easily manipulated with the right words? The story of a girl-murderer, whose amygdala was removed and who then became a peaceful wife and mother, prompts reflection: are we not living in bodies controlled by primitive, ancient chips? With the advent of positron emission tomography (PET), scientists gained the ability to see how brain regions "light up" during tasks. They observed how the brain engages even when a person simply counts letters in a text. But the most shocking breakthrough was scanning creativity! It turned out that creative thinking is not magic but a change in the patterns of neural connections, especially activation of the right prefrontal cortex. Could divine inspiration also be reduced to electrical impulses in a specific zone? In the 1950s, heretical ideas emerged: memory is stored not only in electricity but also in chemistry - in genes! Konstantin Anokhin and his colleagues discovered the c-fos gene, which activates only during learning and the acquisition of new knowledge. This gene is a silent guardian, awakening only when encountering the unknown. Using it, scientists can map the brain, seeing which neurons "turn on" when a rat sees another rat or a cat. Will we ever be able to see neurons "ignite" when recognizing, say, an alien face? Creating a genetic map of the brain is an attempt to obtain a molecular-level diagram of this device's operation. And now we approach the final, most daring frontier - attempting to chemically reprogram our bio-computer. Modern nootropics and psychoactive substances are perhaps primitive first attempts by humans to find a "password" to hidden administrative functions. Are these experiments a pathetic imitation of the technologies that the "creators" originally used to set up our neural networks? Each pill is a key, blindly trying to open a door behind which either enlightenment or unimaginable danger lies. And who knows - perhaps this door leads directly to those who left these maps and whom ancient myths so persistently speak of? Thus, each new brain map is not just a scientific achievement. It is another step toward solving the greatest mystery: are we products of blind evolution, or complex receivers tuned to signals from the depths of space, waiting for their moment of final activation?