How it works: 1. Brainwave Monitoring: . Sensors are placed on the scalp to measure electrical activity in the brain, which is then displayed as brainwaves on a computer. 2. Feedback: . The brainwave activity is translated into visual or auditory feedback, such as a game, video, or sound, that changes based on the brain's activity. 3. Self-Regulation: . By observing the feedback, individuals learn to consciously or subconsciously adjust their brainwave patterns, essentially training their brain to function more efficiently. 4. Reinforcement: . The feedback acts as a reward, reinforcing desired brainwave patterns, and over time, the brain learns to maintain these patterns, leading to improved regulation and potentially reduced symptoms.

Applications: Neurofeedback is used to address a wide range of conditions, including: ADHD: Improving focus, attention, and impulse control. Anxiety: Reducing symptoms of anxiety and promoting relaxation. Depression: Potentially improving mood and emotional regulation. Insomnia: Helping to regulate sleep patterns and improve sleep quality. Cognitive decline: Enhancing cognitive functions like memory and processing speed.