It is thought that number magnitude is represented in an abstract and amodal way on a left-
to-right oriented mental number line. Major evidence for this idea has been provided by the …

In this study, we directly contrast two approaches that have been proposed to explain the
SNARC effect. The traditional direct mapping account suggests that a direct association …

Abstract Dehaene, Bossini, and Giraux (1993) revealed that subjects responded to large
numbers faster with the choice on the right than with the choice on the left, whereas the …

The SNARC effect specifically relates small magnitudes to the left hand side and larger
magnitudes to the right hand side (eg Dehaene et al., 1990; Dehaene et al., 1993). It is …

Access to mental representations of smaller vs. larger number symbols is associated with
leftward vs. rightward spatial locations, as represented on a number line. The well-replicated …

The functional locus of the semantic system is an important issue in number processing. In
the present article, the necessity of addressing a central semantic magnitude system in the …

It has been shown repeatedly that relatively small numbers are responded to faster with the
left hand and relatively large numbers are responded to faster with the right hand. This so …

We spontaneously associate numbers with space: we think of small numbers as being lower
and to the left of us, and larger numbers as being further up and to the right of us. Even …

Abstract Dehaene, Bossini, and Giraux (1993) showed that when participants make parity
judgments, responses to numerically small numbers are made faster with the left hand …

It is known that small and large numbers facilitate left/right respectively (the SNARC effect).
Recently, it has been proposed that numerical magnitude is just one example of a range of …