More on that object context - stereo mystery!
Last year, we reported on the fact that the classical understanding of how stereo read-outs fit in the context of the larger problem of...
BRAIN BEHAVIOUR
How does the brain translate ambiguous sensory information into coherent percepts? Our current research projects seek to unravel the intricacies of the human visual system through a combination of behavioural, neuroimaging (fMRI, DTI, MEG), brain stimulation (TMS), and eye-movement recording approaches.
Interests
Visual perception
Stereo; motion and biological motion; colour; spatial vision
Perceptual learning and plasticity
Learning specificity and transfer in healthy vision; cross-modal (visuo-vestibular) interactions
Vision and neurorehabilitation in atypical populations
Visual learning in cortical blindness and in the binocularly impaired
Methods
Psychophysics; Neuroimaging (fMRI, DTI, MEG);
Brain Stimulation (TMS); Eye-movement recordings
(projects currently recruiting participants)
Brain Imaging (fMRI) and Eye Balance
Recruiting
Behaviour (Vis. Training) of Binocular Vision in young and older adults
Recruiting
Brain Stimulation (cTBS) and Enhancing Binocular Function
Recruiting
Brain Imaging (DTI) and Binocular Vision
Closed
