Matthew F. Tang

This study shows that superior colliculus neurons encode and causally influence somatosensory decisions in mice during a whisker detection task.

The paper shows that unexpected visual stimuli increase neuronal response gain in mouse V1, combining adaptation and expectation effects in a computational model.

The paper shows that visual awareness during the attentional blink depends on the similarity of neural representations of targets, with dissimilar representations leading to the blink effect.

This study shows TRPA1 enhances sensory processing in mouse vibrissal and visual cortex by modulating neuronal activity and signal encoding.

The paper investigates the neural basis of the attentional blink using a multivariate encoding approach to analyze feature selectivity in rapid visual streams.

This study uses EEG forward modelling to show that neural orientation tuning to unconscious visual stimuli during binocular rivalry is robust and precedes conscious perception.

This study investigates how attention affects neural encoding of prediction errors using EEG data from a visual task, finding that attention enhances the encoding of mismatch information in response to surprising stimuli.

The paper tests predictive coding theory by showing that unexpected visual stimuli enhance orientation selectivity, while repeated stimuli show suppression, indicating distinct effects of prediction error and repetition.

This study shows that adding noise to the visual cortex via tRNS improves perceptual decision-making for subthreshold stimuli, supporting the stochastic resonance hypothesis.