Dr. Annette Werner
Field of Research
Colour is a fundamental aspect of our visual experience and enables us to recognize objects fast and reliably. Traditionally, colour research has focused on colour as an isolated visual feature. However, it is now apparent that chromatic information also facilitates a multitude of other visual tasks and is available in many visual areas in the cortex.
In our basic research we aim to understand the functional organization of colour processes and their interactions with other submodalities (e.g. form, depth and motion), sensory, perceptual and cognitive processes involved in colour constancy, and the role of colour in guiding actions. In clinical research we study the effects of ageing on visual functions, visual deficiencies associated with dyslexia, and the perceptual consequences of inherited retinal dysfunctions (congenital stationary night blindness). In cooperation with the Faculty of Biology we also investigate colour vision in an animal model, the honeybee Apis mellifera. The results of our research are applicable in robotics e.g. for the development of artificial visual systems, as well as for medical advances in visual prostheses.
- Human Research: Visual Psychophysics, fMRI
- Animal Research - model system honeybee (Apis mellifera): behavioural experiments and modelling
behavioural neuroscience; brain imaging; cognitive neuroscience; visual perception; visual system
- Werner A, Smith V, Pokorny J, Kremers J, Greenlee M (2005). Psychophysical correlates of identified physiological processes in the human visual system. In: Kremer J, Werner A, Martin P, Silveira L, editors. The Primate Visual System. 311-358. New York: Wiley & Sons.
- Werner A (2007). Color constancy improves, when an object moves: High level motion influences color processing. J Vis. 7(14):19.1-14.
- Ivanov I, Werner A (2009). Colour in action: evidence for a redundancy signal effect when driving motor responses by combined colour and spatial cues. Psychology & Neuroscience. 2:17-24.