The Effect of Faradarmani Consciousness Field on Several Growth Parameters of Wheat Plant in Microgravity and Earth’s Gravity Conditions

Abstract

Faradarmani Consciousness Field (FCF) has been introduced by Mohammad Ali Taheri as a non-material and non-energetic field that can have observable effects on various subjects. These effects can be investigated by designing different experiments. Gravity affects the growth and morphogenesis of plants, so in microgravity (MG) conditions in space, these processes are completely affected. This study aimed to investigate the effect of this FCF on the growth of wheat seeds under MG and normal Earth’s gravity (NG) conditions. For this purpose, after three days of wheat seed growth in NG, half of the samples were transferred to the clinostat device at 40 rpm for 96 hours. Samples without the effect of the FCF were considered as controls. Some growth traits such as root and shoot length and fresh and dry weight of the samples were measured. The results showed that the changes of these growth parameters in the microgravity environment were not significant compared to the NG condition. The application of the FCF caused a significant increase of 65% average length of roots and shoots NG. In the MG environment, changes under the influence of the FCF were not statistically significant. These observations indicated that the application of FCF on samples under NG and MG conditions resulted in different outcomes. It is suggested to conduct more experiments to investigate the effect of FCF on the biochemical parameters of the plant under altered gravity.