Light quantum is graviton and light quantum law of universal gravitation

For the same type of photon, the mass m and wavelength λ are determined, and λ is the distance between two photons. The magnitude of the gravitational force is proportional to the product of the mass and inversely proportional to the square of the distance. For the same photons: m²λ² must be equal to a constant, and the square root of both sides is obtained: mλ=H——(1), where m is the mass of the photon. The rotation of the macroscopic object makes the radiation centripetal, the radiation of the two objects is centripetal, the vector combination of the gravitational force between the photons is the macroscopic gravitational force between the two objects, and the photon is the graviton. De Broglie wavelength formula: p=mc=h/λ——(2), combine (1) and (2) to get H=h/c——(3). Simultaneous equations (1) and (3) can be solved as follows: m=h/λc, the mass m and wavelength λ of the photon, the gravitational constant is essentially a mass constant, so the gravitational constant can be applied to the microscopic particle—photon, F=Gm²/λ²=Gh²/λ⁴c², F=C/λ⁴, where C= Gh²/c², the law of universal gravitation of optical quantum mechanics: The magnitude of the gravitational force between two photons of the same kind is inversely proportional to the fourth power of the quantum wavelength.