Method for renormalizing universal gravitation law based on experimental data

Abstract

A method for renormalizing the law of universal gravitation based on experimental data comprises the steps that two objects with the mass being m1 and the mass being m2 are prepared, and the objects do not need to be weighed; preparing a device for measuring the universal gravitation constant; by using the device for measuring the universal gravitation constant, the universal gravitation F1 between two objects with the masses of m1 and m2 respectively is measured, and the distance R1 between the two objects is measured at the same time. The invention aims to provide the method which can solve the obvious defects of the existing universal gravitation law, obtain a renormalization constant in the universal gravitation law, further obtain a new universal gravitation constant C according to the renormalization constant, calculate the field intensity of a gravitational field of electrons at a field source thereof, calculate the field intensity of a gravitational field of black holes at the field source thereof, and calculate the gravitational field intensity of the black holes at the field source thereof. And calculating the magnitude of the universal gravitation when the distance between the pi meson and other hadron is zero.

Description

technical field [0001] The invention relates to a method for renormalizing the law of universal gravitation based on experimental data. Background technique [0002] The Law of Universal Gravitation was published in 1687 by Isaac Newton in Mathematical Principles of Natural Philosophy. Newton's universal law of gravitation is expressed as follows: [0003] Any two particles m 1 , m 2 By the force F in the direction through the connecting center line 12 attract each other, the gravitational force F 12 the product of size and their mass, m 1 m 2 It is proportional to the square of the distance r between them, and has nothing to do with the chemical composition of the two objects and the type of medium between them. [0004] [0005] There is an obvious flaw in the existing law of universal gravitation, that is, at the two mass points m 1 , m 2 When the distance between them tends to zero, the gravitational force F 12 will tend to infinity, or the gravitational fie...

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Problems solved by technology

But we have enough experiments to prove that the field strength of the gravitational field is a finite physical quantity when detecting the origin (singularity) away from the particle

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