Complementarity between Macro- and Micro-Worlds.

Li Li

Kim Jeong Hee

All quantum are waves and particles have complementarity. According to the decoupling theory, what is the criterion is the interaction that causes decoherence. When it is in a state of coherence, it is in a state of superposition with the property of a wave, and when it interacts to cause a decoherence, it has a property of a particle. This is a thesis about the reason. In this paper, decoherence creates time, and this is explained by the discontinuity of space-time. Because in the microscopic world, according to quantum gravity, the variable time cannot be used, and it is argued that there is no time. On the other hand, the variable “time” is used for the physical quantity in the macro world. In other words, the macro world thinks that there is time and is a definite physical quantity. Then, what is the criterion for dividing the micro-world in which time does not exist and the macro-world in which time exists? In this paper, decoherence is considered as the criterion. In other words, in the state of coherence without interaction, time does not flow and has no meaning. Complementarity was explained by using this concept and the discontinuity of time claimed by quantum gravity The standard by which the micro world and the macro world are divided is Decoherence.

Ruth E. Kastner

Zhen Li, Yu Han, Le-Man Kuang

Abstract We theoretically study complementarity between micro-micro and micro-macro entanglement in a Bose–Einstein condensate with two Rydberg impurities. We investigate quantum dynamics of micro-micro and micro-macro entanglement in the micro-macro system. It is found that strong micro-macro entanglement between Rydberg impurities and the BEC can be generated by the use of initial micro-micro entanglement between two Rydberg impurities, which acts as the seed entanglement to create micro-macro entanglement. We demonstrate a curious complementarity relation between micro-micro and micro-macro entanglement, and find that the complementarity property can be sustained to some extent even though in the presence of the BEC decoherence.

O. М. Kholod

The article considers the tendencies of three principles of quantum mechanics for the micro world (uncertainty principle, additionality or complementarity principle and superposition or superposition principle) as having similarities with the tendencies of analysis of processes occurring in the macro world. The hypothesis is proved during the analysis of the fairy tale “Painted Fox” by Ivan Franko. The aim of the research was to identify, search for and describe the psychological and physical transformations of Fox Mykyta in Ivan Franko’s fairy tale as an explication of the tendencies of the functionality of the principles of quantum mechanics in the macro world. Among the research methods were chosen methods of analysis, synthesis, content analysis on the units of “image” and “theme”. We have chosen the following procedure as the research method: search for publications related to the problem analyzed by us; implementation of content analysis by unit “image” and “theme”; classification of identified fragments of the text of the fairy tale “Painted Fox” according to three criteria: “Compliance with the principle of uncertainty”, “Compliance with the principle of complementarity” and “Compliance with the principle of superposition”. Based on the analysis, it was concluded that the trends reflected in the three principles of quantum mechanics for studying the processes of the micro world (uncertainty, principle of additionality or complementarity and the principle of superposition or superposition) are clearly fixed in macro world processes.

Thilo Marauhn, Barry de Vries