PERFORMANCE A FULL FACTORIAL EXPERIMENT FOR THE CHARACTERISTICS MODELS OF QUANTUM CALCULATORS
This article has highlighted the main features of the existing models of quantum calculators necessary for their successful work. Was also carried out and described in detail the full factorial experiment for the characteristics of the models using the method of fractional replicas. As part of the experiment was the matrix of the experiment, the mathematical model with corresponding linear regression equation. Were treated with the experimental data by regression analysis, F-Fisher criterion, analysis of random error parameters a, b and correlation coefficient r <sub>xy</sub>, Т-Student statistical criteria and the Durbin-Watson, whereby steam using linear correlation determination r <sub>xy</sub> and R <sup>2</sup> proved high enough for a 14-factorial experiment connectivity characteristics of quantum models of calculators. We also analyzed the relationship between private twin characteristics. Development of the simulation of quantum calculators in the quantum world is a great importance in the development of quantum computers, because without quantum computer simulation prototyping model becomes difficult. We also consider a number of other equally important reasons for urgency topics: - developed quantum model will clearly see the strengths and weaknesses of the model, as well as to improve it in the future; - has not yet created a quantum computer, the only possibility of practical study of quantum computing - simulation of the quantum computer on a classical or use different elements of physics and chemistry in not typical for these conditions and directions; - in the case of a quantum computer simulation of its prototype will be a visual aid for understanding the basic processes and phenomena that have made it possible to create it; - developed quantum model and its proven benefits allow easier to attract investment in the physical creation and improvement of a quantum computer.