Naturalistic face adaptation: How we adapt to freckles fast and sustainably.

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS
ACS Applied Bio Materials Pub Date : 2023-09-16 eCollection Date: 2023-09-01 DOI:10.1177/20416695231195262
Sandra Utz, Ronja Mueller, Tilo Strobach, Claus-Christian Carbon
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Abstract

While sunbathing, our skin becomes susceptible to quite remarkable changes in visual appearance, that is, freckles appear or increase in intensity-most obviously on the face. Research on face adaptation repeatedly showed that the inspection of manipulated versions of faces (so-called adaptor faces) leads to robust and sustainable changes in the perception of subsequently presented faces. Therefore, during the adaptation phase of the present study, participants saw faces with either strongly increased or decreased intensities of freckles. After a 5-minute break, during the test phase, participants had to identify the veridical (non-manipulated) face out of two faces (a slightly manipulated face combined with a non-manipulated face). Results showed strong adaptation effects to increased and decreased levels of freckles. We conclude that updating facial representations in memory is relatively fast, and these representation updates seem to sustain over a certain time span (at least 5 minutes). Face-specificity of our effects will be discussed. The results align with our everyday experience that the appearance of freckles in spring is a salient change in a familiar face; however, we seem to not register these changes after a few exposures due to a loss of information quality.

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自然面部适应:我们如何快速、可持续地适应雀斑。
在日光浴时,我们的皮肤容易受到视觉外观的显著变化的影响,也就是说,雀斑在脸上出现或强度增加最明显。对人脸自适应的研究一再表明,对人脸的操纵版本(所谓的适配器人脸)的检查会导致对随后呈现的人脸的感知发生稳健和可持续的变化。因此,在本研究的适应阶段,参与者看到的面部雀斑强度要么强烈增加,要么强烈减少。休息5分钟后,在测试阶段,参与者必须从两张脸中识别出真实的(未操纵的)脸(一张稍微操纵的脸与一张未操纵的脸相结合)。结果显示,对雀斑水平的增加和减少有很强的适应作用。我们得出的结论是,更新记忆中的面部表情相对较快,这些表情更新似乎会持续一段时间(至少5分钟)。我们将讨论面部特异性的影响。研究结果与我们的日常经验一致,即春天雀斑的出现是熟悉面孔的显著变化;然而,由于信息质量的损失,在几次曝光后,我们似乎没有记录这些变化。
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
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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