Benedict S C, Burge J M
Nurs Sci Q. 1990 Summer;3(2):73-80. doi: 10.1177/089431849000300208.
The purpose of this study was to investigate the relationship between human field motion and preferred visible wavelengths. The study was based on the principle of resonancy from Rogers' science of unitary human beings; 201 subjects were tested using a modified version of Ference's human field motion test (HFMT). Two matrices of color were projected to provide an environment for the measurement of preferred visible wavelengths. There was no statistically significant relationship (r = 0.0387, p = 0.293) between scores on the human field motion test and preferred visible wavelengths as measured in nanometers. The Rogerian concept of accelerated human field rhythms being coordinate with higher frequency environment patterns was not supported in this study. Questions concerning the validity of the HFMT were expressed and were based upon the ambiguity of the terminology of the instrument and the lack of understanding of the concepts used to describe human field motion. Recommendations include the use of other methods to study Rogers' framework, and the development of other instrumentation to measure human field motion.
本研究的目的是调查人体场运动与偏好的可见波长之间的关系。该研究基于罗杰斯整体人类科学的共振原理；使用费伦斯人体场运动测试（HFMT）的修改版本对201名受试者进行了测试。投射两个颜色矩阵以提供一个测量偏好可见波长的环境。人体场运动测试的分数与以纳米为单位测量的偏好可见波长之间没有统计学上的显著关系（r = 0.0387，p = 0.293）。本研究不支持加速人体场节律与更高频率环境模式相协调的罗杰斯概念。针对HFMT的有效性提出了一些问题，这些问题基于该仪器术语的模糊性以及对用于描述人体场运动的概念缺乏理解。建议包括使用其他方法来研究罗杰斯的框架，以及开发其他仪器来测量人体场运动。
