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Numerical distance effect in the N240 component in a number-matching task.

  • Author(s): Zhou, Xinlin;
  • Chen, Chuansheng;
  • Dong, Qi;
  • Zhang, Hongchuan;
  • Chen, Chunhui;
  • Qiao, Sibing;
  • Zhao, Hui;
  • Jiang, Ting;
  • Guo, Yi
  • et al.
Abstract

The event-related potential technique was used to investigate the time course and scalp-potential topography for the numerical distance effect in a number-matching task. Twenty undergraduates judged whether a number matched or did not match another number presented 1.5 s earlier. Compared with number pairs with a 'small' numerical distance (distance=1), number pairs with a 'large' numerical distance (greater than 2) showed a longer latency and a greater positive amplitude in the N240 component. This numerical distance effect was limited to fronto-central electrodes. These results were discussed in terms of the neural bases of the numerical distance effect during the automatic processing of numbers.

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