Prof. Stefan Glasauer

• perception of spatial orientation and gravity
• navigation in real and virtual environments
• vestibular and oculo-motor systems
• posture, motor control and grip force control

We frequently work with neurological patients suffering from peripheral or central disorders of the vestibular and ocular motor systems.

• We use computational and mathematical methods from systems and control theory to analyze and model physiological and psychophysical data, mostly recorded from humans in our lab, to derive theories on behaviour and perception.

• Data is acquired using a variety of methods from eye movement recordings to functional magnetic imaging techniques.

Neural data is collected by our collaborators from awake monkeys and frog whole-brain preparations.

Project B5 – Temporal aspects of spatial memory consolidation. Steffen Gais (LMU), Stefan Glasauer (LMU), and Christian Leibold (LMU)

Project B-T1 – Cerebellar control of eye motion dynamics: from animal model to patients. Hans Straka, Stefan Glasauer, Dieter Kutz, and Michael Strupp (LMU Munich)

Project C-T1 – Sensor Fusion in Cortical Circuits: Modeling and Behavioral Experiments in Man and Machine. Jörg Conradt (TUM) and Sefan Glasauer (LMU)

Project D1 – The effect of aging on basic aspects of spatial orientation and navigation. Stefan Glasauer (LMU) and Thomas Brandt (LMU)

Project D2 – Visual-vestibular and visuo-visual cortical interaction. Thomas Brandt (LMU), Leo van Hemmen (TUM), and Stefan Glasauer (LMU)