Bourgeois-Bougrine Samira
Université de Paris, LAPEA, Boulogne-Billancourt, France.
LAPEA, Univ. Gustave Eiffel, IFSTTAR, Versailles, France.
Front Psychol. 2020 Sep 29;11:565884. doi: 10.3389/fpsyg.2020.565884. eCollection 2020.
Safety in high-risk and time-pressured situations relies on people's ability to generate new and appropriate solutions to solve unforeseen problems for which no procedures or rules are available. This type of ability is regularly associated with the concept of creativity. While psychology researchers have studied, for decades, how creative ideas and solutions are generated, this basic research has not made it into the more applied fields of human factors and neuroergonomics. Building on the research on the psychology and the neuropsychology of creativity, this paper will (1) address the question of what creativity means and what are its ties with problem solving and decision-making; (2) focus on the evidence of the creative processes, the underlying mechanisms, and the multiple psychological dimensions of the creative behavior involved in unexpected events in extreme environments such as Apollo 13 mission, United Airline Flight 232, and Mann Gulch wildfire; and (3) explore the implications for future research in the domains of neuroergonomics and differential psychology.
在高风险和时间紧迫的情况下,安全依赖于人们生成新的合适解决方案以解决无现成程序或规则可循的意外问题的能力。这种能力通常与创造力的概念相关联。尽管心理学研究人员几十年来一直在研究创造性想法和解决方案是如何产生的,但这项基础研究尚未进入人因学和神经工效学等更具应用性质的领域。基于对创造力的心理学和神经心理学研究,本文将:(1)探讨创造力意味着什么以及它与问题解决和决策有何关联;(2)聚焦于创造性过程、潜在机制以及诸如阿波罗13号任务、联合航空232号航班和曼恩峡谷野火等极端环境下意外事件中创造性行为所涉及的多个心理维度的证据;(3)探讨对神经工效学和差异心理学领域未来研究的启示。