Our brains are constantly adapting to changes in our visual environment. Neural adaptation
exerts a persistent influence on the activity of sensory neurons and our perceptual …

Visual word recognition is commonly rapid and efficient, incorporating top–down predictive
processing mechanisms. Neuroimaging studies with face stimuli suggest that repetition …

Repeated stimulus presentation leads to reductions in responses of cortical neurons, known
as repetition suppression or stimulus-specific adaptation. Circuit-based models of repetition …

The authors selected some interesting current topics among many in the field of functional
MRI (fMRI) of the brain. The selection was based on authours' immediate interests in …

Oddball designs are widely used to investigate the sensitivity of the visual system to
statistical regularities in sensory environments. However, the underlying mechanisms that …

Repeated exposure to a stimulus leads to reduced responses of stimulus-selective sensory
neurons, an effect known as repetition suppression or stimulus-specific adaptation. Several …

The ability to attend to specific moments in time is crucial for survival across species
facilitating perception and motor performance by leveraging prior temporal knowledge for …

Repetition suppression (RS) refers to the reduction of neuronal responses to repeated
stimuli as compared to non-repeated stimuli. The predictive coding account of RS proposes …

Repeated stimulus presentation leads to complex changes in cortical neuron response
properties, commonly known as repetition suppression or stimulus-specific adaptation …

Functional MRI (fMRI) studies have demonstrated that different brain areas specialize in
various perceptual and cognitive functions. These include primary sensory functions such as …