Overmeditation: The Hidden Dangers
In an era of rapid self-development, meditation often becomes a path to inner balance and harmony. However, it should be remembered that excessive commitment to this practice can have unpredictable consequences for our brain. Modern research demonstrates that the normal functioning of the brain fundamentally requires three modes: wakefulness, deep sleep, and dreaming. When we, either consciously or unconsciously, expose the brain to a state in which all these modes intermingle, the delicate balance of processes regulating our mental and physiological health is disrupted.Scientific evidence indicates that prolonged exposure to an altered state of consciousness drastically changes the brain’s biochemical composition, causing a significant increase in endorphins – internal neuropeptides that naturally help to cope with stress. Although these substances play a protective role in critical moments, their excess is akin to the effect of potent external drugs and can damage brain processes, including a reduction in logical activity, impaired attention, and emotional numbness. Stress-like loads increase neuronal discharges and may even provoke epileptic reactions, underlining the instability of this state.Such deviations in the neurophysiological functioning of the brain are not limited to temporary effects but may lead to a deep depletion of its resources. Switching between brain modes without a proper recovery period can weaken protective reserves, disrupt the balance of activity between hemispheres, and even trigger bursts of aggression. Thus, excessive enthusiasm for meditative practices without proper control and adequate recovery measures can become a dangerous trap, posing a risk of disorganization in psychophysiological processes.In summary, meditation should be regarded as a powerful yet demanding tool for self-improvement. Proper dosing and a mindful approach will help avoid negative consequences and preserve the mind’s stability, preventing it from being subjected to excessive loads that could disrupt its natural rhythm.Why does meditation sometimes lead to negative consequences such as deteriorated mental abilities and bursts of aggression, and why can excessive practice be harmful?The answer is based on the analysis of several excerpts emphasizing that prolonged exposure to an altered state of consciousness can disrupt the normal physiological and biochemical processes of the brain. For instance, as noted in source 139_694.txt:"The fact is that the normal functioning of the human brain is characterized by three modes: wakefulness, slow-wave sleep, and paradoxical sleep (dreaming). When one of these modes is disrupted or absent, severe brain and mental disorders occur. Meditation is a special state of brain activity in which all three modes are engaged simultaneously. In this state, a unique type of electroencephalogram is observed. Meditation is a subextreme state, from which one must rest after short-term exposure. Prolonged exposure to such a state is most likely fatal for a person. In the state of meditation, the brain’s biochemical condition changes and the level of endorphins (endogenous morphine-like neuropeptide substances) increases. These internal drugs are 100-200 times stronger than external drugs, including heroin. Normally, they are present in small amounts, needed in special situations such as pregnancy, childbirth, pain, or stress to improve the body’s adaptation. It is precisely these substances that cause the special state of mind among lovers, when the beloved appears in a rosy light. The euphoria that arises in meditation compels the person to return to it again and again. Consequently, the meditative addict gradually exhausts himself, his brain, and his psyche." (source: 139_694.txt)This analysis stresses that prolonged states radically different from normal wakefulness and sleep lead to a disruption in the balance of neurochemical processes, which can result in deteriorated mental abilities. The disruption in normal biochemistry and the redistribution of brain activity—such as the shift of equilibrium between hemispheres (as noted in Professor A. Berestov’s research, source: 212_1056.txt)—can lead to diminished logical thinking, reduced protective mental reserves, and even emotional numbness.Furthermore, overloading the brain with excessive information and not allowing for necessary recovery can lead to states comparable to the effects of stress. As indicated in one source, negative changes – such as increased neuronal discharges, suppression of the alpha rhythm (the brain's primary rhythm), and signs of epileptic activity – suggest that this state is unstable and may lead to a decline in the overall functioning of the organism (source: 212_1056.txt). An analogy with the aftermath of stressful states (source: 56_276.txt) similarly points out that the initially heightened brain activity is later accompanied by a decrease in its effective performance, manifesting as deteriorated mental abilities and episodes of aggression.Thus, the excessive application of this method leads to the depletion of neurophysiological resources – a rapid shift of the brain into a state that is hard to sustain for a prolonged period. This, in turn, may cause psychophysiological disorganization, evidenced by deteriorating cognitive functions, impaired attention, and even emotional outbursts.Supporting citation(s):"The fact is that the normal functioning of the human brain is characterized by three modes: wakefulness, slow-wave sleep, and paradoxical sleep (dreaming)... Consequently, the meditative addict gradually exhausts himself, his brain, and his psyche." (source: 139_694.txt)"In addition, Professor A. Berestov’s research revealed characteristic changes in brain activity during meditation. Detailed electrophysiological studies showed an increase in hypersynchronous discharges on the subjects' electroencephalograms, suppression of the alpha rhythm (the brain's main rhythm), and the emergence of epileptic brain activity." (source: 212_1056.txt)"But all these facts merely confirm that this state is a sharp jolt to the entire body and brain. They operate in an enhanced mode for some time, and the elevated characteristics of their work persist for a while even after exiting this state. A similar phenomenon is observed following any stress, though all these indicators will eventually decline." (source: 56_276.txt)