Cognitive neuroscience; Investigation of cognitive processing through analysis of brain electrical signals

Theoretical and experimental studies of nonlinear dynamical systems.

Application of the concepts of synergetics and the theory of nonlinear dynamical systems to the behavioral sciences, biology and medicine. Especially, the macroscopic modeling of the spatiotemporal dynamics of human EEG and MEG

The neural underpinnings of sensorimotor integration and coordination using macroscopic neuroimaging techniques such as EEG, MEG and fMRI. The neurphysiological consequences of concussion in humans and the neural correlates of related sequela.

Principles of spatiotemporal pattern formation with applications to biological systems; human movement sciences.

Principles and mechanisms of human sensorimotor coordination, learning and memory using functional neuroimaging (MEG,EEG, fMRI) and the theory of self-organizing dynamical systems (coordination dynamics)

Music perception and cognition, attention, auditory perception. Neural and dynamical modeling of auditory perception and attention. Design of autonomous agents utilizing dynamical principles

Biophysics of ion channels, fractal and nonlinear analysis of molecular and physiological systems

Molecular and cellular mechanisms regulating neural development, growth, and regeneration

Pattern dynamics of speech production and speech perception

Functional organization of the brainstem and its control of forebrain function; neurophysiology of sleep