The suitability of a previously hypothesized triple-code model of numerical processing,
involving analog magnitude, auditory verbal, and visual Arabic codes of representation, was …

By using functional magnetic resonance imaging (fMRI), the neural substrates involved in
mental recitation of the single‐digit multiplication table and serial subtraction were studied …

To explore brain areas involved in basic numerical computation, functional magnetic
imaging (fMRI) scanning was performed on college students during performance of three …

Numbers are everywhere in modern life. Looking out a window, one might see both
symbolic numbers, like the numerals on a thermometer, and nonsymbolic quantities, such as …

The Triple Code Model (TCM) of numerical cognition argues for the existence of three
representational codes for number: Arabic digits, verbal number words, and analog …

The present study investigated the neuroanatomical basis of different solution processes in
single-digit multiplication by means of fMRI. Sixteen participants silently produced the …

The current study provides a generalizable account of the anatomo-functional associations
as well as the connectivity of representational codes underlying numerical processing as …

Aim of the present functional magnet resonance imaging (fMRI) study was to detect
modifications of cerebral activation patterns related to learning arithmetic. Thirteen right …

Mental calculation is a complex cognitive operation that is composed of a set of distinct
functional processes. Using functional magnetic resonance imaging (fMRI), we mapped …

Number processing recruits a complex network of multiple numerical representations.
Usually the components of this network are examined in a between-task approach with the …