Quantitative EEG and three-dimensional brain source imaging represent one of the most rapidly expanding frontiers in clinical neuroscience. With over 150,000 peer-reviewed publications indexed in the National Library of Medicine, qEEG and EEG neuroimaging have moved well beyond research laboratories and into functional neurology, neurorehabilitation, and integrative clinical practice. The challenge for today's advanced clinician is not awareness of these tools but the depth of understanding required to apply them with precision, interpret source-level findings with confidence, and integrate them meaningfully into complex case management.

This course delivers exactly that depth. Taught by Robert Thatcher, a pioneering figure in the development of EEG neuroimaging whose career spans NYU School of Medicine, the University of Maryland Shock Trauma Center, and the National Institutes of Health Human Brain Mapping Program, the content here represents decades of validated, peer-reviewed science brought into a clinically applicable framework. Clinicians will develop working command of standardized weighted LORETA inverse solutions, the physics of volume conduction, functional and effective connectivity analysis, phase delay measurement, and the emerging science of cerebellar source imaging using standard 19-channel scalp EEG. Each concept is anchored to a validated FDA-registered normative database spanning birth through age 82, giving clinicians a reference framework comparable in rigor to standard laboratory panels used across medicine.

This course is designed for licensed healthcare clinicians already working with EEG, neurofeedback, or functional neurology who are ready to move beyond topographic mapping into the spatial and temporal architecture of brain network function. It is equally valuable for clinicians who want to understand the scientific foundation underlying tools like NeuroGuide and SW LORETA before integrating them into their assessment and treatment workflow.