Investigating the Effects of Taheri Consciousness Field 1 on the Enzyme-Like Behavior of Gold Nanozyme

The study of chemical structures with bio-molecular activity that mimic the behavior of biological molecules has always been of interest to researchers in the field of early life as well as in technology and industry. Among these compounds, a type of nanomaterial with enzyme-like activity, called Nanozyme, has comparable performance with endogenous cellular compounds and holds great potential in replacing natural enzymes. T-Consciousness Fields (TCFs) have a non-frequency and non-physical nature, which distinguishes them from known physical fields. The effects of these fields are initiated through the mind of the announcer. It is hypothesized that the information transmitted by these fields may lead to the optimization of the system under study. In this study, we investigated the effects of a type of T-Consciousness Field (TCF1) on the physicochemical structure and function of gold nano-chemical models. Using electron microscopy, dynamic light scattering, and kinetic assays, we observed significant changes in the nanoparticle size distribution (about 20%) and its kinetic constants (about 4%) under the influence of the TCF. The results of this study, in accordance with previous experiments, provide evidence of the effects of these non-physical fields. We suggest that the effects of TCFs on various biomimetic molecules be further investigated to better understand the mechanism of TCFs.