Why Can’t the Phenomenon of Curved Light of Neutron Stars Be Observed in the Universe?

Generally, the density of neutron stars is particularly large. The mass of a neutron star with a diameter of 10km is larger than that of the sun. According to Newton's law of universality, gravity is proportional to mass. The gravity of a neutron star with a 10km should be greater than that of the sun. According to Einstein's principle of gravitational lensing, the degree of gravitational bending light is proportional to the planet's gravity. Therefore, the degree of bending light of a neutron star should be greater than that of the sun. At present, more than 3,000 neutron stars have been found, so it is easy to observe the bending light of a neutron star. However, the fact is that no neutron star bending light has been directly observed so far. The mutual interference between light bending is explained by the syn-frequency mutual interference that light is propagated by photons, and gravity is propagated by gravitons, and photons and gravitons basically do not interact, so gravity cannot bend light. The electromagnetic waves at the same frequency can interfere with each other. When two columns of electromagnetic waves at the same frequency meet, they will affect each other. Generally, this impact is too small and we cannot observe it at all. Large-mass luminous planets can emit electromagnetic waves, which can completely cover visible light. Therefore, when visible light passes by the massive luminous planet, it will be continuously affected by the planet's emitting electromagnetic waves at the same frequency to form an arc around the massive luminous planet. It is precisely the "gravity curved light", which is why people form the impression of "gravity curved light" and "gravity lens". Neutron stars are planets that do not emit light (visible light), so of course they will not bend the visible light passing by next to them, so the phenomenon of neutron stars bending light will not be observed in the universe.