Area V5 of the visual brain, first identified anatomically in 1969 as a separate visual area, is
critical for the perception of visual motion. As one of the most intensively studied parts of the …

Whether the visual brain uses a parallel or a serial, hierarchical, strategy to process visual
signals, the end result appears to be that different attributes of the visual scene are …

Ongoing fluctuations in neural excitability and in networkwide activity patterns before
stimulus onset have been proposed to underlie variability in near-threshold stimulus …

The dynamic facial expressions of emotion automatically elicit multifaceted psychological
activities; however, the temporal profiles and dynamic interaction patterns of brain activities …

Much of what is known about the timing of visual processing in the brain is inferred from
intracranial studies in monkeys, with human data limited to mainly noninvasive methods with …

We outline what we believe could be an improvement in future discussions of the brain
acting as a Bayesian‐Laplacian system. We do so by distinguishing between two broad …

Results from a variety of sources, some many years old, lead ineluctably to a re‐appraisal of
the twin strategies of hierarchical and parallel processing used by the brain to construct an …

Magnetoencephalography (MEG) is a neurophysiological technique that detects the
magnetic fields associated with brain activity. Synthetic aperture magnetometry (SAM), a …

People's ability to learn about the affective value of others is impressive. However, it is
unclear whether this learning solely reflects general affect-based processes or a mixture of …

Until recently, the general consensus with respect to the organization of ventral visual cortex
is that early, retinotopic regions are sensitive to the spatial position of the input stimuli …