The form,condition and significance of superposition of system function states in SFEP
The system function state is constantly fluctuating in SFEP.When multiple SFEPs appear simultaneously in space and time,superposition may occur.To investigate the superposition form and condition of function states of SFEP,we propose a research method based on SFEP and quantum mechanics.The relationship between SFEP and system function state,the superposition form of SFEP quantum states,the factors and time conditions required for superposition are studied.The physical and mathematical significance of superposition is discussed.The factor space is projected into a two-dimensional factor plane and forms an evolution space with the evolution time axis.The specific implementation process of the research is carried out in the evolution space.Our results show the superposition forms of SFEP quantum states include tensor product form and quantum state sum form;SFEP quantum states with different space-time in evolution space are not suitable for superposition;SFEP quantum states are physical superposition in the evolution space,which needs to meet the superposition factor and time conditions.We believe mathematical superposition is the basis of physical superposition,and the latter is the realization of the former.
system safetyquantum mechanicsSFEPsystem function statusquantum states superpositionsuperposition formsuperposition condition
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