Effectiveness of T-Consciousness Fields on Dispersion Index and Entropy of Generated Random Number Distributions

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Mohammad Ali Taheri
Farzad Ahmadkhanlou
Reyhaneh Mahlouji

Keywords

T-Consciousness Fields, Random Numbers, Distribution, Monte Carlo

Abstract

The effectiveness of T-Consciousness Fields (TCFs) on matter and energy and their subdivisions has been previously examined in various studies. The impact of these fields in the context of computer computations introduces a novel area of research. To initiate, the generation of random numbers using Monte Carlo computations has been selected for investigations, as these computations are fundamental and essential in such simulations. Random numbers generated by different computer programs are pseudo-random and use a defined mathematical formula. Such numbers create a distribution that depends on the initially chosen random number, which can also be random itself. The uniformity of the distributions can be slightly changed by minor hardware and software details of the generating system. In this study, random numbers are generated in different hardware systems (desktop and laptop) and various software environments (Linux and Windows operating systems, C++ and Fortran programming languages). The corresponding distributions were exposed to TCF1 and TCF2, to examine the impact of such non-physical fields on the most fundamental level of Monte Carlo computations and the generation of random numbers. Based on the results obtained, it can be concluded that TCFs influence computer computations and the generation of random numbers (manifested in different values and forms). The results show a change in the mean and median parameters of the populations exposed to TCFs, with a tendency towards values less than 0.5 (for random numbers generated between zero and one), indicating a change in the distribution of the generated numbers. This susceptibility was observed to be more favorable in the desktop system, Linux operating system, and C++ programming language, with a more repeatable trend than the mentioned indicators under investigation, compared to the laptop system used.

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