Some studies of unconscious cognition rely on judgments of participants stating that they
have “not seen” the critical stimulus (eg, in a masked-priming experiment). Trials in which …

High-frequency oscillations emerged as a neural code for both positive affect and fluent
attentional processing from evolutionary simulations with artificial neural networks. Visual …

Entrainment of neural activity to luminance impulses during the refresh of cathode ray tube
monitor displays has been observed in the primary visual cortex (V1) of humans and …

The debate over the independence of attention and consciousness is ongoing. Prior studies
have established that invisible spatial cues can direct attention. However, our exploration …

Animal physiological and human neuroimaging studies have established a link between
attention and γ-band (30–90 Hz) oscillations and synchronizations. However, a behavioral …

We tested whether fast flicker can capture attention using eight flicker frequencies from 20–
96 Hz, including several too high to be perceived (> 50 Hz). Using a 480 Hz visual display …

Many studies have investigated the causal relevance of brain oscillations using rhythmic
stimulation, either through direct-brain or sensory stimulation. Yet, how intrinsic rhythms …

The critical fusion frequency (CFF) is a threshold that represents the temporal limits of the
human visual system. If two flickering stimuli with equal subjective luminances are presented …

We recently reported evidence indicating that selective attention is deployed to a target
location in a multi-object display, when the target event (a change of one of the objects) is …

Oscillatory synchronization of neuronal populations has been proposed to play a role in
perceptual integration and attentional processing. However, some conflicting evidence has …