Impact of T-Consciousness Fields on Three-Dimensional Monte Carlo Calculation (Volume)

Previously, the impacts of T-Consciousness Fields on the generation of random numbers and Monte Carlo calculations in one and two dimensions have been investigated. According to the results of three previous computational studies, by generating three sets of random numbers for calculating the volume of a rectangular cube (three-dimensional calculation), a clearer response was expected in the third phase of this study. In fact, the impact of the fields on the three sets of random numbers created an expectation of a more significant effect in the output of the designed study. The resulting conclusion confirmed the test hypothesis: the impact of the T-Consciousness Field 2 significantly reduced (p-value<0.05) the calculated distance from the analytical value (computational uncertainty), increased the expected hits by 4% near the analytical value, and decreased the entropy value of the distribution by 10% compared to the control. These responses appear to be more significant compared to previous study data. In the continuation of this research, the study focuses on advanced Monte Carlo computational codes and the investigation of the impact of T-Consciousness Fields in more complex conditions of these codes.