引力是静电力的二阶相对论表现
Gravity as the Second-Order Relativistic-Manifestation of Electrostatic-Force
摘要：
众所周知，两个载流导体之间的磁力是两个导线的相对运动的电子和质子之间的净静电力的相对论表现。基于类似的理由，但考虑更准确，即，本文从二阶相对论的角度，指出两个物体之间的引力实际上是两个物体原子中质子和旋转电子之间的净静电力的相对论表现。由于狭义相对论提供了电和磁之间的桥梁，以某种类似的方式（如本文所述），它再次表明，正是狭义相对论提供了静电力和引力之间备受追捧的联系。如果磁性是导体中运动电子的一阶（速度相关）效应，那么引力就是原子中旋转电子的二阶（加速度相关）效应。新提出的引力理论似乎很好地符合引力行为，即，它正确地预测了引力是一种与质量成比例的长程吸引力，遵循平方反比定律，并以光速传播。
英文摘要：
It is well known that magnetic force between two current carrying conductors is a relativistic manifestation of net electrostatic force between relatively moving electrons & protons of the two wires. On similar grounds but with more accurate considerations i.e., of second order relativistic considerations, it is shown here that gravitational-force between two bodies is in-fact due to relativistic manifestation of net electrostatic force between protons & revolving electrons in atoms of the two bodies. As special-relativity provides a bridge between electricity and magnetism, in somewhat similar way (as described in the paper) it is shown that once again it is the special-relativity which provides the much sought-after link between electrostatic force and gravitational force. If magnetism is the first-order (velocity-dependant) effect of moving electrons in conductor, gravitation is the second-order (acceleration-dependant) effect of revolving electrons in atoms. The new proposed gravitation-theory seems to be well in accordance with gravity behavior i.e., it correctly predicts that gravity is a long-range attractive-force proportional to masses & follows inverse-square-law and is transmitted with the velocity of light.
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