Natural orienting of gaze often results in a retinal image that is rotated relative to space due
to ocular torsion. However, we perceive neither this rotation nor a moving world despite …

The dependence of neuronal discharge on the position of the eyes in the orbit is a functional
characteristic of many visual cortical areas of the macaque. It has been suggested that these …

Primates display a marked ability to learn habits in uncertain and dynamic environments.
The associated perceptions and actions of such habits engage distributed neural circuits …

The integration of multiple sensory inputs is essential for human perception and action in
uncertain environments. This process includes reference frame transformations as different …

The exact mechanisms by which humans control the manual interception of moving targets
are currently unknown. Here, the authors explored the behaviors associated with the spatial …

The human brain is a complex network; an intricately woven tapestry of neuronal and non-
neuronal cells in constant communication with each other. Precisely how the anatomical …

Psychophysical, motor control, and modeling studies have revealed that sensorimotor
reference frame transformations (RFTs) add variability to transformed signals. For perceptual …

Recent psychophysical and modeling studies have revealed that sensorimotor reference
frame transformations (RFTs) add variability to motor output by decreasing the fidelity of …

Despite motion on the retina with every saccade, we perceive the world as stable. But
whether this stability is a result of neurons constructing a spatial map or continually …