Neurofeedback
What is neurofeedback?
In this method, you sit in front of a monitor, and the electrode placed on your head receives your brainwaves and directs them to a computer. Now, by seeing your brainwaves on the monitor, you can adjust and control them, and throughout all these steps, the therapist sits beside you and teaches you how to do it. Essentially, neurofeedback enables you to see the inner workings of your brain. For example, on your monitor, you see a simulation of brainwave patterns in the form of a game, and without using your hands, you start playing. The device processes your brainwave patterns, and if these patterns are appropriate, you move forward in the game; otherwise, you fail. In this way, you learn how to regulate your brain, such as replacing anxiety with calmness, for instance. Is this method scientific? Neurofeedback is utilized by the Food and Drug Administration (FDA), the most reputable global medical organization, for treating disorders such as ADHD, learning disabilities, epilepsy, phobias and anxiety disorders, substance abuse disorders, depression, stress management, migraines, Tourette's syndrome, and sleep disorders.
Neurofeedback is a method where neural information is provided as feedback to the central nervous system (CNS) of individuals, aiming to teach them how to modify their brain function. The logic behind this therapeutic approach is based on associative conditioning. In normal conditions, we are unable to control or alter our brainwaves because we are not conscious of them. In neurofeedback therapy, efforts are made to create this awareness through the provision of very rapid feedback (within milliseconds) to the individual. As this training continues, the brain learns how to produce more of the waves associated with improved performance. Whether certain waves increase or decrease in the brain depends entirely on each individual's problem, and the therapist adjusts it during the session.
What are the side effects of this method?
Neurofeedback has no side effects and has sustainable therapeutic effects. It controls the overall brain activity and involves sustained improvement in the condition.

