标题:
引力理论新探The Theory of Gravity New Exploration
作者:
田树勤
关键字:
洛仑兹变换式, 洛仑兹力, 库仑力, 引力场, W场Lorentz Transformation; Lorentz Force; Coulomb Force; Gravitational Field; W Field
期刊名称:
《Modern Physics》, Vol.3 No.3, 2013-07-04
摘要:
用已修正且被验证的新洛仑兹变换式，对惯性质量和引力质量进行了新的探索，得出引力质量恒定的结论。认为质–速关系式就是惯性质量与引力质量的关系。厄阜实验只是证明了惯性质量的增加与材料无关，其它能够检测惯性质量与引力质量差别的实验，都没有达到应有的精度要求。仔细分析广义相对论，指出惯性质量与引力质量的差异，只是否定了自由粒子运动方程，肯定了广义相对论仍然是现代科技发展的先导。结合新洛仑兹变换式，提出了运动的质点将产生一种目前人类还未认知的场——W场(暂称)。并阐述了W场的机理，且以实际观测值说明了W场的存在。成功地将牛顿引力理论地纳入了修正后的狭义相对论，并进一步完善了引力理论。
This paper gives the new exploration of inertia mass and gravitational mass by using the revised and authen-ticated Lorentz transformation. It is considered that the mass-speed relation is the connection between inertia mass and gravitational mass. “Roland von Eötvös Experiment” only proves that the increase of the inertial mass has nothing to do with the material. Other experiments can detect the differences between inertial mass and gravitational mass, but they are not up to the precision requirement. By analyzing the general relativity and pointing out the inertial mass and gravi- tational mass differences, it negates free particle motion equation and affirms general relativity’s forerunner status of modern science. With the Lorentz transformation, this article draws the conclusion that kinetic particle produces, W field (tentatively called), which is unknown yet. Also it describes the mechanism of the W field and then explains the phenomenon of W field in the presence according to the observed values. The theory of gravitation is brought into the revised special theory of relativity successfully, further improved the theory of gravitation.