The Interplay of Time-of-day and Chronotype Results in No General and Robust Cognitive Boost

Collabra Pub Date : 2023-01-01 DOI:10.1525/collabra.88337
Alodie Rey-Mermet, Nicolas Rothen
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Abstract

Using physiologically validated questionnaires in which the peak of circadian arousal is determined through morningness-eveningness preferences, individuals can be categorized into morning or evening chronotypes. Typically, individuals with such chronotypes are assumed to show better cognitive performance at their subjective peak of circadian arousal than at off peak. Although this so-called synchrony effect is accepted as common knowledge, empirical evidence is rather mixed. This may be explained by two methodical challenges. First, most studies are underpowered. Second, they include one task, but tasks differ across studies. Here, we tested the synchrony effect by focusing on two cognitive constructs that are assumed to underlie a wide variety of behaviors, that is: short-term maintenance and attentional control. Short-term maintenance refers to our ability to maintain information temporarily. Attentional control refers to our ability to avoid being distracted by irrelevant information. We addressed the methodical challenges by asking 446 young adults to perform eight tasks at on- and off-peak times. Four tasks were used to assess temporary maintenance of information (i.e., short-term memory). Four tasks were used to assess temporary maintenance and manipulation of information (i.e., working memory). Using structural equation modeling, we modeled attentional control as the goal-directed nature of the working-memory tasks without their maintenance aspects. At the individual-task level, there was some evidence for a synchrony effect. However, the evidence was weak and limited to two tasks. Moreover, at the latent-variable level, the results showed no evidence for a robust and general synchrony effect. These results were observed for the full sample (N = 446) and the subsample including participants with moderate to definite morning or evening chronotypes (N = 191). We conclude that the synchrony effect is most likely a methodical artefact and discuss the impact of our research on psychological science and scientific research more widely.
一天中的时间和时间类型的相互作用不会产生普遍和强劲的认知提升
通过生理上有效的问卷调查,通过对早睡晚睡的偏好来确定昼夜节律觉醒的高峰,个体可以被分为早晨型和晚上型。通常情况下,具有这种时间类型的个体被认为在他们主观的昼夜节律觉醒高峰时比在非高峰时表现出更好的认知表现。虽然这种所谓的同步效应被认为是常识,但经验证据却相当复杂。这可以用两个方法上的挑战来解释。首先,大多数研究的力度不足。其次,它们包括一个任务,但不同研究的任务不同。在这里,我们通过关注两种认知结构来测试同步效应,这两种认知结构被认为是多种行为的基础,即短期维持和注意力控制。短期维护是指我们暂时维护信息的能力。注意力控制是指我们避免被无关信息分散注意力的能力。我们通过要求446名年轻人在高峰时段和非高峰时段执行八项任务来解决有条不紊的挑战。四个任务被用来评估信息的临时维持(即短期记忆)。四个任务被用来评估信息的临时维持和操作(即工作记忆)。利用结构方程模型,我们将注意力控制建模为工作记忆任务的目标导向性质,而不考虑其维持方面。在个人任务层面上,有一些证据表明存在同步效应。然而,证据不足,而且仅限于两项任务。此外,在潜在变量水平上,结果显示没有证据表明存在稳健和普遍的同步效应。这些结果是在整个样本(N = 446)和子样本(N = 191)中观察到的,子样本包括中度到明确的早晨或晚上时间类型的参与者。我们的结论是,同步效应很可能是一种有条理的人工产物,并讨论了我们的研究对心理科学和更广泛的科学研究的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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