Thomas Laura E, Lleras Alejandro
Department of Psychology, University of Illinois at Urbana-Champaign, Urbana, Illinois 61820, USA.
Psychon Bull Rev. 2007 Aug;14(4):663-8. doi: 10.3758/bf03196818.
Grant and Spivey (2003) proposed that eye movement trajectories can influence spatial reasoning by way of an implicit eye-movement-to-cognition link. We tested this proposal and investigated the nature of this link by continuously monitoring eye movements and asking participants to perform a problem-solving task under free-viewing conditions while occasionally guiding their eye movements (via an unrelated tracking task), either in a pattern related to the problem's solution or in unrelated patterns. Although participants reported that they were not aware of any relationship between the tracking task and the problem, those who moved their eyes in a pattern related to the problem's solution were the most successful problem solvers. Our results support the existence of an implicit compatibility between spatial cognition and the eye movement patterns that people use to examine a scene.
格兰特和斯皮维(2003年)提出,眼球运动轨迹可通过一种隐含的眼动与认知的联系来影响空间推理。我们对这一观点进行了测试,并通过持续监测眼球运动来研究这种联系的本质。我们要求参与者在自由观看条件下执行一项解决问题的任务,同时偶尔(通过一项无关的追踪任务)引导他们的眼球运动,引导方式要么是与问题解决方案相关的模式,要么是无关的模式。尽管参与者表示他们并未意识到追踪任务与问题之间存在任何关系,但那些以与问题解决方案相关的模式移动眼球的人是最成功的问题解决者。我们的研究结果支持空间认知与人们用于审视场景的眼球运动模式之间存在隐含的兼容性这一观点。