Response Priming With Motion Primes Combined With a Target Flanker Display.

IF 1.8 3区心理学 Q4 PHYSIOLOGY

Quarterly Journal of Experimental Psychology Pub Date : 2026-10-01 Epub Date: 2026-03-06 DOI:10.1177/17470218261433957

Christina Bermeitinger, David Eckert, Pamela Baess, Alodie Rey-Mermet

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引用次数: 0

Abstract

Typically, using motion primes in a response priming task results in positive compatibility effects (PCEs) with short stimulus onset asynchronies (SOAs) and negative compatibility effects (NCEs) with long SOAs. This pattern of a PCE-NCE switch is also known from masked priming. When combining masked static primes with a subsequent flanker target, Boy et al. found a flanker effect, a PCE as well as no interaction with the flanker effect in the short SOA and a flanker effect, an NCE and an interaction with the flanker effect in the long SOA. In the present study, we combined a response priming task using motion primes with subsequent static flanker targets. We observed pronounced flanker effects (1) independently of the compatibility between prime and target (with the smallest flanker effects after directionally neutral motion primes) and (2) independently of the SOA. Furthermore, there was a PCE in the short and no compatibility effect in the longer SOA. That is, partially different processes seem to be involved in masked response priming and response priming with motion primes.

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EXPRESS：反应启动与运动启动结合目标侧板显示。

通常，在反应启动任务中使用运动启动会产生短刺激启动异步的正相容效应（pce）和长刺激启动异步的负相容效应（nce）。PCE-NCE开关的这种模式也被称为掩蔽启动。Boy等人（2010，PNAS）将被掩盖的静态启动与随后的侧翼目标结合起来，发现在短期SOA中存在侧翼效应、PCE，但与侧翼效应没有相互作用；在长期SOA中存在侧翼效应、NCE，并与侧翼效应相互作用。在本研究中，我们将使用运动启动的反应启动任务与随后的静态侧翼目标相结合。我们观察到明显的侧翼效应：(1)独立于启动和目标之间的相容性（在方向中性运动启动后，侧翼效应最小）；(2)独立于SOA。此外，在较短的SOA中存在PCE，而在较长的SOA中没有兼容性效应。也就是说，隐藏反应启动和带运动启动的反应启动似乎涉及部分不同的过程。

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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来源期刊

Quarterly Journal of Experimental Psychology 医学-生理学

CiteScore

3.50

自引率

5.90%

发文量

178

审稿时长

3-8 weeks

期刊介绍： Promoting the interests of scientific psychology and its researchers, QJEP, the journal of the Experimental Psychology Society, is a leading journal with a long-standing tradition of publishing cutting-edge research. Several articles have become classic papers in the fields of attention, perception, learning, memory, language, and reasoning. The journal publishes original articles on any topic within the field of experimental psychology (including comparative research). These include substantial experimental reports, review papers, rapid communications (reporting novel techniques or ground breaking results), comments (on articles previously published in QJEP or on issues of general interest to experimental psychologists), and book reviews. Experimental results are welcomed from all relevant techniques, including behavioural testing, brain imaging and computational modelling. QJEP offers a competitive publication time-scale. Accepted Rapid Communications have priority in the publication cycle and usually appear in print within three months. We aim to publish all accepted (but uncorrected) articles online within seven days. Our Latest Articles page offers immediate publication of articles upon reaching their final form. The journal offers an open access option called Open Select, enabling authors to meet funder requirements to make their article free to read online for all in perpetuity. Authors also benefit from a broad and diverse subscription base that delivers the journal contents to a world-wide readership. Together these features ensure that the journal offers authors the opportunity to raise the visibility of their work to a global audience.