Perceptual consequences of visual object formation

The object-oriented nature of perception is a fundamental aspect of its adaptive function. Recent research from the supervisors’ laboratories has shown how formation of perceptual objects leads to enhanced processing of ‘lower’ level information as a function of object structure, including enhanced contrast processing at object boundaries and privileged processing of information within an object independent of spatial scale. The PhD project will involve further investigation of how processes of perceptual object formation affects processing of information within the visual scene. The project will employ methods from psychophysics and eye tracking. Depending on the interests of the successful candidate, there might be possibilities to extend the project to neuroimaging.

The successful candidate
We are looking for an enthusiastic, motivated, and innovative individual with an excellent degree in psychology, biology, neuroscience, or engineering/computer science (with good knowledge of human sensory systems). Research experience in psychophysics and programming skills (e.g., C/Java/Matlab/Python) are desirable but not essential as long as you have the enthusiasm and aptitude to learn.

You will:
- receive a full scholarship covering your tuition fees and maintenance, as well as research costs and conference funding
- receive training in psychophysics, modelling, and eye-tracking
- be part of a world-class research community in vision science/cognitive neuroscience
- have access to state-of-the-art psychophysics and perception research facilities.
- depending on the interests of the successful candidate, there might be possibilities to receive training in neuroimaging