Abstract

The question of whether background music is able to enhance cognitive task performance is of interest to scholars, educators, and stakeholders in business alike. Studies have shown that background music can have beneficial, detrimental or no effects on cognitive task performance. Extraversion—and its postulated underlying cause, cortical arousal—is regarded as an important factor influencing the outcome of such studies. According to Eysenck's theory of personality, extraverts' cortical arousal at rest is lower compared to that of introverts. Scholars have thus hypothesized that extraverts should benefit from background music in cognitive tasks, whereas introverts' performance should decline with music in the background. Reviewing studies that have considered extraversion as a mediator of the effect of background music on cognitive task performance, it is demonstrated that there is as much evidence in favor as there is against Eysenck's theory of personality. Further, revisiting Eysenck's concept of cortical arousal—which has traditionally been assessed by activity in the EEG alpha band—and reviewing literature on the link between extraversion and cortical arousal, it is revealed that there is conflicting evidence. Due to Eysenck's focus on alpha power, scholars have largely neglected higher frequency bands in the EEG signal as indicators of cortical arousal. Based on recent findings, it is suggested that beta power might not only be an indicator of alertness and attention but also a predictor of cognitive task performance. In conclusion, it is proposed that focused music listening prior to cognitive tasks might be a more efficient way to boost performance than listening to background music during cognitive tasks.

Highlights

  • Music in Cognitive Tasks cognitive resources it is implausible that every person benefits in the same manner in a cognitive task

  • Since high beta is supposed to be related to high cortical arousal, one would expect extraverts to show less beta power than introverts

  • If beta power turns out to be a significant predictor of performance—perhaps even in different types of cognitive tasks—a logical follow-up question is: how can we enhance beta power prior to these tasks? Rather than listening to music in the background during a cognitive task, which may or may not enhance performance, it might be worthwhile investigating whether a short period of focused listening to music can stimulate our brain, possibly via enhanced beta power, such that our performance in a subsequent cognitive task is enhanced

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Summary

Background

Negative music / low arousal, positive music / everyday noise/silence. Furnham and Allass, Complex musical distraction / simple musical distraction / silence. No No No No No No No No No beta power during a condition of moderate external stimulation These two findings are opposite to what one might expect based on Eysenck’s theory of personality. Since high beta is supposed to be related to high cortical arousal, one would expect extraverts to show less beta power than introverts. Given the contradictory literature on the effects of background music on cognitive task performance, the relationship between extraversion, alpha power and task performance is obscure What might elucidate this situation is beta power as an indicator of cortical arousal, even though the role of beta power for cognitive task performance, let alone its relationship with background music, is still poorly understood

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