Elementary particles and energy

Elementary particles are inseparable particles in the universe, and the basic shape should be spherical, with positive and negative poles and size differences.

Elementary particles attract each other through heteropolars to form light, and different lengths of light form different lights, and light has directional energy, which is the basic energy form of the universe.

Multiple different rays of light intertwine to form space-time particles, electrons, neutrons, and protons.

Space-time particles are virtual particles formed by light, with small density and volume, spread throughout the positive space-time, and are the enforcers of the rules of the universe. Photons, electrons, neutrons, and protons are solid particles that form the visible matter of atoms and molecules.

It can be seen that matter has a certain absorption capacity for space-time particles, and this force is gravity. A large amount of visible matter in the planet constantly absorbs the space-time particles in the universe, and the space-time particles pass through the visible matter to form a centripetal gravitational force.

The spheres in the universe capable of forming centripetal forces have their own gravitational checks and balances. The gravitational pull between two spheres with a range of checks and balances is subordinate to rather than attracting to each other. If two moons are together and the balances are crossed, they will not be attracted together. In the distorted vortex of space-time particles, it rotates at the center of the circle at the center of the distance. If the masses of the two spheres are different, the center of rotation will be biased towards the sphere with the larger mass. If the mass gap is large enough, the large sphere becomes the center, which is why the moon is centered on the earth, and it is also the law of the movement of the celestial bodies in the universe.

For objects that do not form a gravitational range, the gravitational force is the centripetal force brought about by the passage of particles in space-time within a certain gravitational range. For the Milky Way, the central gravity is not the force that governs the entire galaxy, because all the spheres of the galaxy are absorbing space-time, and the space-time flow at the edge of the galaxy will be stronger, which is the gravitational relationship of the entire galaxy.

The expansion of the universe is due to the increase in space-time particles and the decrease in visible matter. Stars are the main body of visible matter, and the light emitted is formed by winding to form space-time particles, while the visible matter of the universe absorbs some of the space-time particles, which is our real universe.

When the stars in the universe burn out, space-time shrinks back and enters the contraction period of the universe. The universe will return to a new beginning.