NEUROFEEDBACK - QUESTIONS AND ANSWERS

Neurofeedback uses real-time EEG data to reinforce more stable and efficient patterns of brain activity through operant conditioning.

During training, EEG sensors continuously monitor brain activity while visual or auditory feedback is delivered based on moment-to-moment changes. Patterns associated with dysregulation are gradually reduced, while more stable patterns are reinforced through repetition.

Over time, this process improves the brain’s ability to self-regulate across attention, emotional, and cognitive domains.

QEEG (quantitative EEG) is a statistical analysis of brain activity that compares your EEG data to a normative database to identify deviations from typical function.

This analysis evaluates multiple dimensions of brain activity, including power, connectivity (coherence), and timing (phase), allowing precise identification of dysregulated networks.

The results are used to design individualized neurofeedback protocols based on objective data rather than symptom-based assumptions.

Neurofeedback is used to improve functional brain regulation, supporting attention, emotional stability, sleep quality, and cognitive performance.

It is commonly applied in patterns associated with depression, anxiety, and stress-related dysregulation, as well as for enhancing academic performance and executive function.

Outcomes depend on individual brain patterns identified through QEEG analysis.

Initial changes may be observed within the first 5–10 sessions, although stable and consistent improvements typically require a full course of training.

Neurofeedback produces gradual adaptation in brain networks. Early changes often include sleep or attention improvements, while deeper regulatory changes develop over repeated sessions.

Yes, neurofeedback is widely used with children and adolescents, particularly for attention regulation, behavioral control, and learning-related challenges.

Protocols are individualized based on QEEG findings and adjusted according to developmental stage and brain maturation.

A QEEG assessment is recommended to identify specific patterns of dysregulation before starting neurofeedback training.

This allows protocols to be tailored to the individual’s brain function, improving precision and reducing reliance on generalized or symptom-based approaches.

No, neurofeedback is completely non-invasive and painless. EEG sensors only record brain activity and do not deliver electrical stimulation.

Training is passive from the client’s perspective and does not require active effort beyond maintaining attention during the session.

During a session, you sit comfortably while receiving real-time feedback based on your brain activity.

The system responds instantly to changes in EEG patterns, guiding the brain toward more efficient regulation without conscious control.

Sessions are structured and repeated to promote consistent adaptation over time.

Yes, we regularly work with international clients who travel to Chiang Mai for structured neurofeedback training programs.

Programs can be designed for short-term intensive training or longer-duration protocols, depending on individual goals and availability.

QEEG-guided neurofeedback uses objective brain data to define training targets, rather than relying solely on reported symptoms.

This allows for precise identification of dysregulated networks and more targeted intervention, improving the efficiency and consistency of training outcomes.