The capacity to monitor and regulate electrical activity in the brain through the scalp will revolutionize medicine and society in fundamental ways shortly. Normal and abnormal brain electrical activity patterns might reflect a person’s cognition. There are some mind control techniques and mind-reading technology available in the world.
Mind Reading
Is mind-reading possible?
The capacity to question and alter electrical activity in the human brain promises to do what biochemistry has done for the brain. You can take measures to prevent a stroke if your cholesterol level is high and you risk a stroke. You could know how to read the minds of others. Likewise, only a few minutes of monitoring your brain’s electrical activity by EEG and other methods can reveal not only neurological diseases but mental conditions such as ADHD and schizophrenia in test research aimed at entering medical practice soon.
Scientists can do even more now that they can people’s mind reading and mind control. They can foresee what a person will do. Scientists and his colleagues can detect if someone is thinking about suicide by monitoring how their brain reacts to terms like “death” or “happiness.” Suicide frequently comes as a shock, as the terrible deaths of comedian Robin Williams and renowned chef Anthony Bourdain demonstrate since individuals try to hide their thoughts of suicide, even from loved ones and therapists.
Mind Control
How to control the brain?
Controlling electrical activity in brain circuits offers the potential to cure brain diseases in the same way that electrical stimulation has treated heart disorders. Researchers and clinicians can treat a wide range of neurological and mental problems, from Parkinson’s disease to persistent depression, by blasting electrical or magnetic pulses through the scalp and implanting electrodes in the brain. You could know how to control others’ minds from a distance.
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Many people have trouble regulating their brains by electrical stimulation, yet existing techniques of treating mental and neurological problems are tremendously insufficient and far too harsh. In addition to the one targeted, many neurological and psychoactive medicines influence a wide range of adverse effects. It is not just the brain that is impacted but also each cell in the body that interacts with medication such as SSRIs to treat persistent depression.
Currently, the medicines available for mental and neurological treatment are not always successful and are generally trial-and-error recommended. Prefrontal lobotomy, the most well-known form of psychosurgery, has a terrible history of misuse. Furthermore, while any surgeon risks losing a patient on the operating table, neurosurgeons confront the additional danger of saving a patient’s life but losing the patient.
Electrical stimulation is notoriously inaccurate, taking the route of least resistance through brain tissue and activating neurons with axons that extend beyond the electrode. Optogenetics can be used to precisely stimulate or inhibit neural activity in experimental animals. This approach employs genetic engineering to introduce light-sensitive ion channels into individual neurons so that laser light transmitted into the brain through a fiberoptic connection may precisely regulate their activity.