空间弯曲的由来（The origin of spatial curvature）.docVIP

空间弯曲的由来（The origin of spatial curvature） The origin of spatial curvature The slightly CLC number: O412 document code A author Wuxing Guanghe North Guantao in February 22, 2015 text Spatial cognition is divided into relativistic space and Newton space, and we are directed at Newtons spatial view. Newton said that space is divided into absolute space and relative space, absolute space is immobile, and relative space is moving. The absolute stationary reference frame describes the space as absolute space, and the reference frame of motion describes the relative space. In this way, both absolute and relative space are different descriptions of space. The difference in description, that is, the difference in space, is caused by the choice of different standard descriptions. As with temperature, different standards can be chosen for temperature. First, the absolute temperature is described; two, the Celsius temperature is described. Two different standards for the description of temperature, temperature is zero starting point of different standards, but a, the two temperature is a temperature that is a physical phenomenon, not two; B, zero starting point selection are different, but different units between the temperature of the unit that was once the same. Similarly, in the description of space, although the starting point of the description of the absolute space and the relative space is different, there should be one place in the same place. When the object is used as a reference frame, the space described is stationary with the object. Object a is the reference frame, and no matter how the object moves, the space is always stationary with the reference frame, which is the space described by the reference frame. Object B in reference frame a seems to move at a speed V uniform linear motion, B can also be used as reference system description space, referred to as B space. B space and object B are stationary. So a space, it seems, can be said that B space is moving. This