The literature on spatial associations during number processing is dominated by the SNARC
(spatial–numerical association of response codes) effect. We describe spatial biases found …

We cannot, in the proper sense, imitate or re-enact inanimate events, such as ocean waves
rolling, or even non-human animate ones, such as dogs walking. However, we can …

Much of our behavior is guided by our understanding of events. We perceive events when
we observe the world unfolding around us, participate in events when we act on the world …

Human Memory, 4th edition, provides a comprehensive overview of research and theory on
human memory. Written in an engaging style, the book is divided into three sections …

The growing availability of efficient and relatively inexpensive virtual auditory display
technology has provided new research platforms to explore the perception of auditory …

Can human adults perform arithmetic operations with large approximate numbers, and what
effect, if any, does an internal spatial-numerical representation of numerical magnitude have …

Perception of the final position of a moving object or creature is distorted forward along its
actual or implied motion path, thus enabling anticipation of its forthcoming position. In a …

When we add or subtract, do the corresponding quantities “move” along a mental number
line? Does this internal movement lead to spatial biases? A new method was designed to …

Because of the delays inherent in neural transmission, the brain needs time to process
incoming visual information. If these delays were not somehow compensated, we would …

After observing a collision between two boxes, you can immediately tell which is empty and
which is full of books based on how the boxes moved. People form rich perceptions about …