Microscopic mass-energy systems correlating with spacetime model

Aiming at the challenge of how interactions are transmitted, we present a kind of theoretical model to explain the mechanism of transmitting and creating interactions among particles in the microscopic systems, the microscopic mass-energy systems correlating with spacetime model. It thinks any mass-energy system is all correlated with spacetime, any interaction is all realized by the correlation of its mass-energy system with spacetime. Interaction is only a kind form of manifestation of its mass-energy system correlates with spacetime. The electromagnetic, strong or weak interactions, the same as gravitational interactions, are all the concrete manifestation forms of different mass-energy systems correlate with spacetime also. Although the correlating modes could be different, among macroscopic objects and substance, among microscopic particles, the physical mechanism which could truly create interactions is the nature of its mass-energy system correlates with spacetime. Therefore, there is no need for the assumption of the extra mediators of interactions and different kinds of field concepts, only with the presented correlation, based on physical principles and nature, we could interpret, for example in the microscopic systems formed by atoms or two quantum entangled states, the mechanism of transmission and creation of interactions among particles. Our research results indicate that the transmissions and creations of different kinds of interactions are all realized by the correlations of its mass-energy system with spacetime, and the mass, energy, time, and space of microscopic systems is unitary, and a whole.