Laboratory for Adaptive Intelligence, Brain Science Institute , RIKEN 2-1 Hirosawa, Wako, Saitama, Japan.
Sci Rep. 2012;2:459. doi: 10.1038/srep00459. Epub 2012 Jun 21.
We have developed a novel experimental platform, referred to as a substitutional reality (SR) system, for studying the conviction of the perception of live reality and related metacognitive functions. The SR system was designed to manipulate people's reality by allowing them to experience live scenes (in which they were physically present) and recorded scenes (which were recorded and edited in advance) in an alternating manner without noticing a reality gap. All of the naïve participants (n = 21) successfully believed that they had experienced live scenes when recorded scenes had been presented. Additional psychophysical experiments suggest the depth of visual objects does not affect the perceptual discriminability between scenes, and the scene switch during head movement enhance substitutional performance. The SR system, with its reality manipulation, is a novel and affordable method for studying metacognitive functions and psychiatric disorders.
我们开发了一种新颖的实验平台,称为替代现实(SR)系统,用于研究对真实生活感知的信念和相关的元认知功能。SR 系统旨在通过允许人们以交替的方式体验现场场景(他们实际在场的地方)和记录场景(提前录制和编辑)来操纵人们的现实,而不会注意到现实差距。所有天真的参与者(n=21)都成功地相信,当呈现记录场景时,他们已经体验过现场场景。额外的心理物理实验表明,视觉对象的深度不会影响场景之间的可辨别性,并且头部运动过程中的场景切换会增强替代性能。具有现实操纵功能的 SR 系统是一种新颖且经济实惠的研究元认知功能和精神障碍的方法。