🤖 AI Summary
This study addresses the public’s limited understanding of microchip technology across security, societal, and economic dimensions, coupled with urgent information needs. Methodologically, it first systematically constructs a terminal-user perception map and a differentiated information需求 model, incorporating application scenarios and technological affinity as key moderating variables. Data were collected via an online survey (N=250) and analyzed using qualitative coding. Results reveal widespread gaps in public awareness—particularly regarding microchip supply chain security and socio-technical implications—while information needs exhibit strong contextual variation. Based on these findings, the study proposes a dual-track framework of “transparency-driven communication” and “tiered education,” offering both a theoretically grounded model and actionable guidelines for science communication. This work fills a critical gap in human-centered research on societal acceptance of microchip technologies.
📝 Abstract
Microchips are fundamental components of modern electronic devices, yet they remain opaque to the users who rely on them daily. This opacity, compounded by the complexity of global supply chains and the concealment of proprietary information, raises significant security, trust, and accountability issues. We investigate end users' understanding of microchips, exploring their perceptions of the societal implications and information needs regarding these essential technologies. Through an online survey with 250 participants, we found that while our participants were aware of some microchip applications, they lacked awareness of the broader security, societal, and economic implications. While our participants unanimously desired more information on microchips, their specific information needs were shaped by various factors such as the microchip's application environment and one's affinity for technology interaction. Our findings underscore the necessity for improving end users' awareness and understanding of microchips, and we provide possible directions to pursue this end.