Claire Sergent

This study demonstrates that 'briefer-than-brief' flashes can improve human temporal resolution by bypassing early visual system limitations.

The paper identifies shared neural networks and bifurcation dynamics across sensory and extra-sensory regions that predict conscious auditory perception regardless of task.

The paper tests whether conscious perception can occur without sensory input by using masked words and auditory cues, finding that semantic awareness can occur without visual features.

The paper investigates how expectations, attention, and NMDA receptor blockade modulate sensory processing stages using EEG decoding in a visual stimulus experiment.

The paper shows that specific brain connectivity patterns during wakefulness enhance conscious processing of external stimuli, with mutual influence between brain dynamics and perception.

This paper develops a mesoscale connectome-based model of the macaque cortex to simulate conscious access, showing how receptor dynamics drive ignition-like events in neural networks.