The process involves using sensors placed on the scalp to monitor brainwave patterns, which are then translated into visual or auditory feedback. This feedback is given in real-time, allowing the individual to observe their brain activity and make adjustments to achieve a desired state.
During a neurofeedback training session, one to three sensors are usually attached to specific areas of the scalp based on the brain map results. If too much activity exists in a particular brain region, the protocol is set to downtrain that area to be more calm. If too little activity exists in a region, the protocol activates that area for greater stimulation. To accomplish this, the individual watches various videos in which their brainwaves directly influence the feedback provided.
The feedback can take different forms depending on the specific neurofeedback system. For example, if an individual’s brainwaves are within a desired range, they might hear pleasant sounds or see a clear image. If their brainwaves deviate from the target range, the feedback may become distorted, motivating them to adjust to bring their brain activity back into the desired state.
Over time, with repeated neurofeedback sessions, the individual learns to self-regulate their brain activity and attain greater control over their cognitive and emotional processes. This can have a variety of potential applications, from improving attention and focus to managing stress and enhancing overall well-being.
