Muth Claudia, Ebert Sabine, Marković Slobodan, Carbon Claus-Christian
Department of General Psychology and Methodology, University of Bamberg, Germany; Forschungsgruppe EPÆG (Ergonomics, Psychological Æsthetics, Gestalt), Bamberg, Germany.
Forschungsgruppe EPÆG (Ergonomics, Psychological Æsthetics, Gestalt), Bamberg, Germany; Bamberg Graduate School of Affective and Cognitive Sciences, Germany.
Perception. 2019 Jan;48(1):3-25. doi: 10.1177/0301006618818014. Epub 2018 Dec 19.
Perceptual insight, like recognizing hidden figures, increases the appreciation of visually perceived objects. We examined this Aesthetic Aha paradigm in the haptic domain. Participants were thinking aloud during haptic exploration of 11 visually nonaccessible panels. They explored them again evaluating them on liking, pleasingness, complexity, and interestingness. Afterwards they rated photographs of the panels on the same variables. Haptic pleasingness was predictable by the strength of insight (Aha!) during free exploration and the material feel. Liking was increased when complexity was high in addition. Pleasingness and interest were negatively related to each other but predicted liking in a combined model. Personality and explorative strategies were considered, for example, strength of insight was increased for ambiguity-tolerant people, and people with high need for closure explored more globally. Evaluations of haptic and visual explorations correlated significantly, and in both modalities, complexity correlated more strongly with interest than with liking. Our study transfers the Aesthetic Aha effect to the haptic domain and reveals slight differences in its hedonic quality with a potentially higher relevance of pleasingness. We suggest that revealing a (meaningful) structure during exploration-visually or haptically-can enhance positive affect and interest hereby benefits from an increased level of complexity.
知觉洞察力,比如识别隐藏图形,能增强对视觉感知对象的欣赏。我们在触觉领域研究了这种审美顿悟范式。参与者在对11个视觉上无法触及的面板进行触觉探索时边想边说。他们再次探索这些面板,并对其喜好程度、愉悦感、复杂程度和趣味性进行评估。之后,他们对面板的照片在相同变量上进行评分。在自由探索过程中的顿悟强度(“啊哈!”)和材料触感可预测触觉愉悦感。当复杂程度也较高时,喜好程度会增加。愉悦感和趣味性彼此呈负相关,但在一个综合模型中可预测喜好程度。研究考虑了个性和探索策略,例如,对模糊容忍度高的人顿悟强度会增加,而有高闭合需求的人探索范围更广。触觉和视觉探索的评估结果显著相关,并且在两种模式下,复杂程度与趣味性的相关性都比与喜好程度的相关性更强。我们的研究将审美顿悟效应转移到了触觉领域,并揭示了其享乐品质的细微差异,其中愉悦感可能具有更高的相关性。我们认为,在视觉或触觉探索过程中揭示(有意义的)结构可以增强积极情感和兴趣,从而受益于更高水平的复杂性。