Why Can’t Large Galaxies Centered on Neutron Stars be Observed?

Generally, neutron stars have particularly large density. neutron stars with a diameter of 10km have a larger mass than the sun. According to Newton's law of universality, gravity is proportional to mass, so the gravity of neutron stars should be larger than that of the sun, and the gravitational range of neutron stars should be larger than that of the solar system. Planets with such a large gravitational range should form galaxies larger than that of the solar system. The fact that many years of observations is that no large galaxies centered on neutron stars are found. The theory of deflection gravity believes that the most basic unit of matter mass is nucleons (collectively known as neutrons and protons). Each nucleon emits gravitons. Gravitational energy waves propagate in space. When gravitational energy waves encounter other nucleons and resonate with them to form gravity. For the planet, the gravitons emitted by the nucleons inside the planet interact with other nucleons inside the planet, forming cohesion inside the planet. Some of the gravitons emitted by the nucleons of the planet are emitted outside the ball, and these gravitons emitted outside the ball interact with other planet shell nucleons to form gravity between the planets. From this, the planet is layered and the number of gravitons sent out of each layer can be calculated. You can get the number of graviton layers (thickness) sent out of the planet and the total number of gravitons sent out of the ball. From the derivation calculation, we can see that the total number of gravitons sent out of the ball of the planet is proportional to the planet's surface area. The total number of gravitons sent out of the ball of the planet is equivalent to the gravity of the planet, and the gravity of the planet is proportional to the planet's surface area. Although the density of neutron stars is very large, the volume is very small. Therefore, the internal density of neutron stars can be very large, but there are not many gravitons emitted outside the sphere, so the gravity of neutron stars is not very large, and the gravitational range of neutron stars is also very limited. Therefore, it is impossible to form a large galaxy centered on neutron stars in the universe.