Mapping numbers onto space is a common cognitive representation that has been explored
in both behavioral and neuroimaging contexts. Empirical work probing the diverse nature of …

The spatial numerical association of response code (SNARC) effect is characterized by low
numbers mapped to the left side of space and high numbers mapped to the right side of …

People use space to conceptualize abstract domains like time and number. This tendency
may be a cognitive universal, but the specifics of people's implicit space–time and space …

Rich behavioral and neurobiological evidence suggests cognitive and neural overlap in how
quantitatively comparable dimensions such as quantity, time, and space are processed in …

Three different methods for extracting coefficients of linear regression analyses are
presented. The focus is on automatic and easy-to-use approaches for common statistical …

Conceptual congruency effects have been interpreted as evidence for the idea that the
representations of abstract conceptual dimensions (eg, power, affective valence, time …

Recent studies have demonstrated a novel compatibility (or correspondence) effect between
physical stimulus size and horizontally aligned responses: Left-hand responses are shorter …

Humans mentally represent magnitudes spatially; we respond faster to one side of space
when processing small quantities and to the other side of space when processing large …

Several studies, starting with Dehaene, Bossini, and Giraux (1993), have reported that, in
parity-judgment tasks, the difference in response latencies generated by the right and left …

Parity is important semantic information encoded by numbers. Interestingly, there are hand-
based effects in parity judgment tasks: right-hand responses are faster for even and left …