The transmission of sensory information through the visual system takes time. As a result these delays, available to brain always lags behind timing events in present moment. Compensating for delays is crucial functioning within dynamic environments, since interacting with moving object (e.g., catching ball) requires real-time localization object. One way might achieve this via prediction anticipated events. Using time-resolved decoding electroencephalographic (EEG) data, we demonstrate that...

When interacting with the dynamic world, brain receives outdated sensory information, due to time required for neural transmission and processing. In motion perception, may overcome these fundamental delays through predictively encoding position of moving objects using information from their past trajectories. present study, we evaluated this proposition multivariate analysis high temporal resolution electroencephalographic data. We tracked representations at different stages visual...

Predictive updating of an object's spatial coordinates from pre-saccade to post-saccade contributes stable visual perception. Whether object features are predictively remapped remains contested. We set out characterise the spatiotemporal dynamics feature processing during fixation and active vision. To do so, we applied multivariate decoding methods electroencephalography (EEG) data collected while human participants (male female) viewed brief stimuli. Stimuli appeared at different locations...

How consciousness arises from brain activity has been a topic of intense scientific research for decades. But how does one identify the neural basis something that is intrinsically personal and subjective? A hallmark approach to ask observers judge stimuli as ‘seen’ (conscious) ‘unseen’ (unconscious) use post hoc sorting measurements based these judgments. Unfortunately, cognitive response biases are known strongly affect place their criterion judging vs. ‘unseen’, thereby confounding...

How consciousness arises from brain activity has been a topic of intense scientific research for decades. But how does one identify the neural basis something that is intrinsically personal and subjective? A hallmark approach to ask observers judge stimuli as ‘seen’ (conscious) ‘unseen’ (unconscious) use post hoc sorting measurements based these judgments. Unfortunately, cognitive response biases are known strongly affect place their criterion judging vs. ‘unseen’, thereby confounding...

Abstract Neural processing of sensory information takes time. Consequently, to estimate the current state world, brain must rely on predictive processes – for example, extrapolating motion a ball determine its probable present position. Some evidence implicates early (pre-cortical) in extrapolation, but it remains unclear whether extrapolation continues during later-stage (cortical) processing, where further delays accumulate. Moreover, majority such relies invasive neurophysiological...

It has been suggested that, prior to a saccade, visual neurons predictively respond stimuli that will fall in their receptive fields after completion of the saccade. This saccadic remapping process is thought compensate for shift world across retina caused by eye movements. To map timing this predictive brain, we recorded neural activity using electroencephalography during saccade task. Human participants (male and female) made saccades between two fixation points while covertly attending...

Predictive updating of object spatial coordinates from retinotopic pre-saccadic to post-saccadic positions contributes stable visual perception. However, whether features are predictively represented at the remapped location remains contested. Many previous studies showing evidence feature remapping neglect spatially invariant representation in system. For example, feature-based attention boosts attended across entire field, potentially contributing maintenance stimulus saccades. We set out...

How consciousness arises from brain activity has been a topic of intense scientific research for decades. But how does one identify the neural basis something that is intrinsically personal and subjective? A hallmark approach to ask observers judge stimuli as ‘seen’ (conscious) ‘unseen’ (unconscious) use post hoc sorting measurements based these judgments. Unfortunately, cognitive response biases are known strongly affect place their criterion judging ’seen’ vs. ’unseen’, thereby confounding...

How consciousness arises from brain activity has been a topic of intense scientific research for decades. But how does one identify the neural basis something that is intrinsically personal and subjective? A hallmark approach to ask observers judge stimuli as ‘seen’ (conscious) ‘unseen’ (unconscious) use post hoc sorting measurements based these judgments. Unfortunately, cognitive response biases are known strongly affect place their criterion judging ’seen’ vs. ’unseen’, thereby confounding...

A bstract When localising a moving object, the brain receives outdated sensory information about its position, due to time required for neural transmission and processing. The may overcome these fundamental delays through predictively encoding position of objects using from their past trajectories. In present study, we evaluated this proposition multivariate analysis high temporal resolution electroencephalographic data. We tracked representations at different stages visual processing,...

Abstract It has been suggested that, prior to a saccade, visual neurons predictively respond stimuli that will fall in their receptive fields after completion of the saccade. This saccadic remapping process is thought compensate for shift world across retina caused by eye movements. To map timing this predictive brain, we recorded neural activity using electroencephalography (EEG) during saccade task. Participants made saccades between two fixation points while covertly attending oriented...

A range of visual illusions, including the much-studied flash-lag effect, demonstrate that neural signals coding for motion and position interact in system. One interpretation these illusions is they are consequence extrapolation mechanisms early Here, we study recently reported High-Phi illusion to investigate whether it might be caused by same underlying mechanisms. In illusion, a rotating texture abruptly replaced new, uncorrelated texture. This leads percept large illusory jump, which...