Investigating Ultraviolet-Visible Absorption of Pure Water and Normal Saline under the Treatment of Taheri Consciousness Fields

The investigation of the absorptive properties of solutions provides significant information about changes in their internal environment, reactions, and molecular interactions The aim of this study was to investigate the effects of T-Consciousness Fields (TCFs) of non-physical nature on changes in light absorption in the ultraviolet–visible range. To achieve this goal, three types of TCFs, including 1, 2, and 3, were applied to samples of pure water and normal saline. Changes in absorption between the control and samples subjected to T-Consciousness Fields 1, 2, and 3 are obtained compared to the standard deviations of changes caused by the control for each wavelength. According to the results obtained for pure water, TCF1 led to significant changes in the visible region, exceeding the standard deviation. In the case of normal saline samples, the absorption of treated samples in the visible region showed a decreasing trend, and in the case of TCF2, it exhibited an increasing trend. Furthermore, the changes in absorption in the TCF3-treated samples fall within the range of the average standard deviation of absorption values for the sample and control. Precise analysis of the absorption regions and comparison of the effects of the three TCFs showed that the absolute value of the ratio of the mean changes in light absorption under the influence of the TCFs in different regions of the UV–Vis spectrum to the mean standard deviation of light absorption in the same regions in the control condition can serve as a good criterion for detecting the effects of the TCFs. The values of this index indicated that in pure water and normal saline, the effects of T-Consciousness Fields 1, 2, and 3 were distinct and distinguishable from each other.