The brain adapts dynamically to the changing sensory statistics of its environment. Recent
research has started to delineate the neural circuitries and representations that support this …

Selective attentional biases arising from one sensory modality manifest in others. The effects
of visuospatial attention, important in visual object perception, are unclear in the auditory …

Previous work compellingly demonstrates a crossmodal plastic reorganization of auditory
cortex in deaf individuals, leading to increased neural responses to non-auditory sensory …

Information integration across different sensory modalities contributes to object recognition,
the generation of associations and long-term memory representations. Here, we used …

Human observers typically integrate sensory signals in a statistically optimal fashion into a
coherent percept by weighting them in proportion to their reliabilities [1–4]. An emerging …

Sensory information is represented and elaborated in hierarchical cortical systems that are
thought to be dedicated to individual sensory modalities. This traditional view of sensory …

Behaviorally, it is well established that human observers integrate signals near-optimally
weighted in proportion to their reliabilities as predicted by maximum likelihood estimation …

The processing of multisensory information is based upon the capacity of brain regions,
such as the superior temporal cortex, to combine information across modalities. However, it …

Visual and auditory representations in the human brain have been studied with encoding,
decoding and reconstruction models. Representations from convolutional neural networks …

Understanding how humans code for and respond to environmental uncertainty/regularity is
a question shared by current computational and neurobiological approaches to human …