Theoretical analysis of nucleosynthetic chemical elements and excitation gravity studies

Abstract Research background This paper is the modern known physics, five experiments and theories, cosmic abundance; nuclear synthesis elements need the binding energy of various basic energy; and the infinite asymmetry of the energy required of various elements; quarks need enough gluon and pressure, and the atomic element saturation state theory. Before the five main points are a single experiment, now I put five big experiment together, forming innovation experiment and theory, the biggest characteristic is to imitate the universe star space special environment, let the stars into solid star from gas state, then become the physical conditions of black holes, design experiment principle is imitation star, imitation star is the ultimate mystery of the universe, the ideal experiment and theory. The main research purpose of the paper, There are 5 of, Experimental methods for stable physical properties in the saturation state of heavy elements, Experimental methods for the synthesis of heavy elements and new elements experimental methods for curvature bubble studies, magnetic field, Electric field, nuclear force and gravitational field are mutually transforming theoretical methods, Providing amounts of energy during continuous chemical reactions, And hadron, lepton, Experimental approaches for the binding energies of muons and higher quantum nuclei, And the magnetic confinement fusion experiments put all kinds of energies, Quantum confinement in the finite-space approach, Rp-process and γ -process combination experiment，These experimental approaches are designing experiments based on theoretical, No all experiments were completed .The energy of hydrogen nuclear reaction can replace the energy of traditional heavy element nuclear fission，Can be applied to nuclear reactor technology