Philippa Anne Johnson

The paper compares perceptual decision-making strategies between humans and mice using a standardized task, finding that instructed humans perform better than uninstructed humans.

The paper models how arousal drives behavioural state transitions in mice using a dynamical systems approach, showing arousal affects engagement in a visual decision-making task.

The paper uses EEG-decoding to study how spatial frequency features are represented during stable fixation and active vision, finding accelerated decoding of peripheral features during saccades.

The paper uses EEG decoding to determine when saccadic remapping of visual stimuli occurs, finding that remapped information becomes available ~180 ms post-stimulus onset when the stimulus is presented 100-200 ms before saccade onset.

This study shows extrapolation occurs at multiple stages of human visual processing using EEG and simulated neural networks.

This study shows that criterion placement biases neural measures of consciousness and unconscious processing, affecting their validity.

The paper shows that neural position representations of moving objects align with real-time positions during early visual processing, but delays persist in later stages.