Affective evaluation and exposure perception of everyday mobile phone usage situations

移动电话 感知 电话 应用心理学 情感(语言学) 任务(项目管理) 心理学 探索性研究 焦点小组 排名(信息检索) 多媒体 计算机科学 工程类 沟通 电信 人工智能 系统工程 哲学 神经科学 营销 业务 社会学 语言学 人类学
作者
Sarah Link,Marie Eggeling,Ferdinand Abacioglu,Christoph Boehmert
出处
期刊:Risk Analysis [Wiley]
标识
DOI:10.1111/risa.17641
摘要

Abstract To understand citizens’ reactions to the 5G rollout, their affective reaction and perception of radiofrequency electromagnetic fields (RF‐EMF) exposure are of interest. Although precursor studies on 2G–4G have investigated exposure perception mostly quantitatively, the present study applied a qualitative exploratory approach. A number of 35 individual interviews and 6 focus groups with the same participants were conducted in December 2022. Participants were recruited from several locations in Germany, where 5G rollout was at different stages. Interactive tasks, particularly an affective evaluation task and a ranking task, encouraged participants to consider their affect regarding mobile communications and their exposure perception. This approach allowed the participants to first engage with the topic of mobile communications/5G in an intuitive way, before talking about their specific beliefs on RF‐EMF exposure. Several pictures showing a person (1) interacting with a mobile phone, (2) surrounded by other peoples’ mobile phones, or (3) in the vicinity of mobile phone base stations (antennas) were used as stimulus materials. Data were analyzed using an exploratory content analysis. In the affective evaluation task participants revealed more negative associations with base stations than with mobile phones. The analysis showed that the reasons for their evaluation were very diverse, whereby exposure to RF‐EMF only played a subordinate role. Further, the ranking task indicated that most participants ( n = 20) felt more exposed from base stations than from mobile devices. Results are mostly in‐line with the literature on 2G–4G and do not indicate a substantially different exposure perception for 5G.
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