Schoeller Felix, Ashur Parham, Larralde Joseph, Le Couedic Clement, Mylapalli Rajeev, Krishnanandan Karthikeyan, Ciaunica Anna, Linson Adam, Miller Mark, Reggente Nicco, Adrien Vladimir
Institute for Advanced Consciousness Studies, Santa Monica, CA, United States.
Media Lab, Massachusetts Institute of Technology, Cambridge, MA, United States.
Front Psychol. 2025 Feb 10;15:1450365. doi: 10.3389/fpsyg.2024.1450365. eCollection 2024.
Body awareness (BA) and proprioception, which are essential components of the sense of agency (SA), are often altered in various mental disorders such as posttraumatic stress disorder (PTSD). However, the relationship between BA, proprioception, and SA, as well as the methods to manipulate them, remain unclear. This study explored using real-time gesture sonification (GS), i.e., wearable technology transforming body movements into sounds, to enhance proprioception, BA, and thus the SA.
In this within-subjects design, 17 healthy adults (mean age = 25.5 years) with varying dance expertise (novice, amateur, expert) improvised movements to match sounds with and without auditory feedback from motion sensors on wrists/ankles modulated by their gestures. BA, immersion, pleasure, and self-efficacy were measured.
Sonification significantly increased body awareness, reward, and immersion (all < 0.05).
GS can enhance BA and the SA, pleasure, and control during physical activity. This highlights potential mental health applications, such as agency-based therapies for PTSD. Manipulating bodily perception could improve symptoms and embodiment. Further research should replicate this in clinical populations and explore neurocognitive mechanisms.
身体意识(BA)和本体感觉是自我能动性(SA)的重要组成部分,在创伤后应激障碍(PTSD)等各种精神障碍中常常发生改变。然而,BA、本体感觉和SA之间的关系以及操纵它们的方法仍不明确。本研究探索使用实时手势声化(GS),即将可穿戴技术将身体动作转化为声音,以增强本体感觉、BA,从而增强SA。
在这个被试内设计中,17名具有不同舞蹈专业水平(新手、业余、专家)的健康成年人(平均年龄=25.5岁)即兴创作动作,以匹配有和没有来自手腕/脚踝上运动传感器的听觉反馈(由他们的手势调制)的声音。测量了BA、沉浸感、愉悦感和自我效能感。
声化显著提高了身体意识、奖赏感和沉浸感(均<0.05)。
GS可以增强身体活动期间的BA和SA、愉悦感以及控制感。这突出了潜在的心理健康应用,如针对PTSD的基于自我能动性的治疗方法。操纵身体感知可能会改善症状和身体体验。进一步的研究应在临床人群中重复这一研究,并探索神经认知机制。