Investigation of the properties of Tc-99m radioisotope and water contaminated with Tc-99m under the influence of Consciousness Fields

The decay constant of radioactive materials is an intrinsic property of radioisotopes and serves as an indicator of their nature. The presence of radioactive materials in the environment, particularly in water resources, leads to radioactive contamination, which poses a serious potential threat to living ecosystems. According to Taheri's theory, T-Consciousness Fields possess a different nature from known physical fields, and previous studies have investigated their efficacy on the magnetic properties of materials and living organisms at various levels. In this study, the effects of two types of T-Consciousness Fields (1 and 2) on the radioactive properties of the technetium-99m (Tc-99m) radioisotope, as well as water contaminated with this nuclear isomer, were examined. The obtained results demonstrated that these fields do not significantly impact the radioactive properties of the Tc-99m radioisotope. However, under conditions where this nuclear isomer causes water contamination, T-Consciousness Field 2 increases the effective decay constant. In conclusion, although these fields did not alter the intrinsic characteristics of the radioisotope, their application resulted in a reduction of radioactive contamination in the aqueous environment. Further studies are recommended to comprehend the mechanism of action underlying these non-physical and non-frequency fields.