Vertigo corresponds to a disturbance of perception and is associated with disruption of gaze stabilization, of posture control and of the autonomic nervous system. As a loss of orientation in space, it is mostly characterized by neurovegetative signs and unpleasant feelings as nausea, sweating, blood pressure swings, anxiety, dysequilibrium of the sensory systems of reference: eye, balance, and somatosensory perception in the space of reference. It is typically worsened when the head is moved. The most common diseases that result in vertigo are benign paroxysmal positional vertigo, Ménière's disease, and labyrinthitis. Less common causes include stroke, brain tumors, brain injury, multiple sclerosis, and migraine.
Wolfgang H. Zangemeister Book order






- 2020
- 2016
Naïve and professional views of art and non-art
eye-vision-mind-neuroaesthetics
- 136 pages
- 5 hours of reading
The exploration of how naïve viewers perceive art versus non-art reveals intriguing insights into neuro-aesthetic perception. Eye movement analysis indicated no significant difference in how subjects scanned artful pictures compared to snapshots, suggesting a lack of intuitive distinction without a defined understanding of art. The book argues that the function of painting lies in the communication between the artist and the viewer, emphasizing the role of active eye movements in this process. It invites readers to consider the implications of scientific advances in visual communication amid the ambiguity of contemporary art definitions.
- 2015
Synaesthesia, Picture Puzzles, Ambiguities - The Function of Synaesthetic Image Contents
- 52 pages
- 2 hours of reading
Exploring the intriguing phenomenon of synaesthesia, this book delves into the interplay between different sensory perceptions, particularly vision and hearing. It highlights how individuals may experience a blending of senses, such as seeing colors when hearing sounds or vice versa. The text also examines the implications of synaesthesia in art, music, and poetry, suggesting that these sensory overlaps can enhance creative expression. Additionally, it discusses neuroscientific findings that identify brain regions involved in these unique sensory experiences.