# The Impact of Experience on Motion Information Processing: An ERP Study

## TL;DR

This study shows that sports experience improves how the brain processes motion-related information and helps with decision-making during competition.

## Contribution

The study reveals how sports experience reduces cognitive load and enhances conflict monitoring and response inhibition.

## Key findings

- Athletes showed smaller P3 amplitudes in the parietal region compared to non-athletes.
- Competitive conditions led to larger N2 amplitudes in athletes' central regions.
- Sports experience effects are transferable across different athletic domains.

## Abstract

The purpose is to investigate how sports experience influences the processing of motor-related information. Sixty participants with differing levels of sports experience were recruited: 20 table tennis athletes, 20 athletes from other sports, and 20 non-athletes. A total of 150 images depicting table-tennis scenarios, divided into competitive and non-competitive, were shown to participates and recorded their electroencephalographic responses. We found that both table tennis and ordinary athletes exhibited significantly smaller P3 amplitudes in the parietal region compared with non-athletes. In addition, under competitive conditions, athletes showed larger N2 amplitudes in the central region than non-athletes. However, no significant difference in N2 amplitude was observed between table tennis athletes and athletes from other sports. These findings indicate that greater sports experience reduces the cognitive resources required for processing motor-related information and enhances individuals’ abilities in conflict monitoring and response inhibition. Furthermore, the effects of sports experience appear to be transferable across different athletic domains.