The mass, energy, space and time systemic theory-MEST

The displacement and period of the orbit of the motion are the space-time; the probability of them are the quantum space-time. Both of the energy-momentum tensor and metric tensor belong to the gravitational field. It can direct the space-time. The black hole has a space-time center as a origin of a mass-energy coordinate system and a binding energy of space-time like that sun has a mass-energy center and the nuclear energy. And it has a dark matter field around. There is a balance energy equation between sun and black hole. \begin{equation} E=h\nu=mc^2 \end{equation} Among it, E: the energy of wave of sun, m: the mass of wave, c: the velocity of wave, $\nu$: the frequence of wave, h: the Planck constant. \begin{equation} E'{\psi}=i{\hbar}\frac{\partial{\psi}}{{\partial}t} \end{equation} \begin{equation} m'{\psi}=-i{\hbar}\frac{{\partial}{\psi}{\partial}t} {{(\partial}x)^2} \end{equation} Among it, $E'\psi$: the energy of dark wave of black hole, $m'\psi$: the mass of dark wave, c$'$: the velocity of dark wave, ${\psi}$: the Wave Functions. \begin{equation} h\nu+E'{\psi}=mc^2+m'{\psi}c'^2, (c'^2=-\frac{({\partial}x)^2} {({\partial}t)^2}) \end{equation}