by Tao He | Jan 7, 2019 | Publications
Each time we move our eyes, the image of objects in the world shifts its position on the retina, yet our perception is remarkably stable. Predictive remapping is thought to be an underlying neural mechanism to this visual stability. In our recent studies, we...
by Floris de Lange | Nov 21, 2018 | Publications
When we remember or imagine a visual experience, the visual cortex is engaged to simulate visual details of the experience we are thinking about. In our recent laminar fMRI study, we examined how signals in visual cortex that occur during visual working memory are...
by Micha Heilbron | Nov 13, 2018 | Publications
It has long been recognised that prior knowledge and expectations can strongly influence perception, but the neural mechanisms and computational principles underlying this influence are just beginning to be understood. In this paper, we review recent findings that...
by David Richter | Oct 19, 2018 | Publications
Our brains do not just passively record the environment, but rather actively predict upcoming stimuli. In our recent fMRI study, we investigated how neural responses to everyday objects change depending on whether they are expected or unexpected. Participants saw two...
by Mariya Manahova | Aug 17, 2018 | Publications
Our knowledge about the environment can influence the way we perceive things around us. In this study, we investigated how brain activity changes when we are familiar with an image (i.e., we have seen it before) or when we expect a particular image (i.e., we expect to...
by Floris de Lange | Apr 16, 2018 | Publications
Every day we translate the sound waves of speech into meaningful words and sentences. When we do that, we categorize ambiguous sounds into discrete percepts (e.g. phonemes /b/ and /d/). Different speakers can pronounce phonemes differently, but our brain can flexibly...
