A genuinely abstract number representation is thought to be capable of representing the
numerosity of any set of discrete elements, whether they are sequentially or simultaneously …

Abstract Changes in the sensory properties of numerosity stimuli have a direct effect on the
outcomes of nonsymbolic number tasks. This suggests a prominent role of sensory …

It has been widely debated whether the parietal cortex stores an abstract representation of
numerosity that is activated for Arabic digits as well as for non-symbolic stimuli in a sensory …

In humans, areas around the intraparietal sulcus (IPS) have been found to play a crucial role
in coding nonsymbolic numerosities (ie, number of elements in a collection). In the parietal …

In numerical cognition research, it has traditionally been argued that the processing of
symbolic numerals (eg, digits) is identical to the processing of the non-symbolic …

The number of elements in a small set of items is appraised in a fast and exact manner, a
phenomenon called subitizing. In contrast, humans provide imprecise responses when …

In numerical cognition, there is a well-known but contested hypothesis that proposes an
abstract representation of numerical magnitude in human intraparietal sulcus (IPS). On the …

To investigate the difference in passive viewing and active processing of numerosity, we
presented participants arrays of dots and concurrently measured their EEG. In the first …

Behavioral evidence suggests that human adults have a single system for representing the
numerical magnitude of both symbolic numbers (eg, Arabic digits) and nonsymbolic number …

A current intense discussion in numerical cognition concerns the relationship between the
processing of numerosity and other non-numerical quantities. In particular, it is a matter of …