User talk:Xuqiming2012

Hello Mr. I am a teacher. Although, the classic gravitational experiments have reported at the shot a side to get the same result, just as to get from the above or below the shot. However, so far, these classical experiments are all relatively isolated two shot: with a small to a large to make measurements of in only one direction, it has not been done on a horizontal plane in more than 2 directions at the same time. Therefore, it is the lack of experimental evidence that confirmation the shot’s gravitational field was a spherical gravitational field and it has only a gravitational constant G by textbooks recorded. The author had measured for a big shot’s gravity with a "T" type balance, by putting three small shots in mutual vertical three directions at the same time to comparison, this experiment showed as follows:

1.	On the ground, the shot’s gravitational field is a long rotating ellipsoidal field whose long axis perpendicular to the ground. 2.	When a small shot m is put on the side of the large shot M, due to from influence of m near, the M’s ellipsoidal field is pulled into flat toward the m’s direction, M’s field was change into a oblate rotating ellipsoid gravitational field that was perpendicular to the ground and its shorter axis perpendicular to the line of connecting the two shots’ centers but the length of the long axis basically unchanged ,it is why that the gravitational constant G value has measured on the side of a shot as basically same as on the upper and lower two direction.

3.	When two small shots is put in the large shot M’s sides on a horizontal plane along the vertical each other different two direction, and at same time measuring for the M gravitational pulls to the small shots, the pulls that each of them will be reduced than there is only one in the M’s side, but in Perpendicular to the ground direction remain unchanged.

This experiment shows that: The currently accepted gravitational constant G’s value, just is a peak value of long axis direction from the shot’s ellipsoid gravitational field, it is larger than gravitational constant real value of the shot’s spherical gravitational field, so it is greatly exaggerated that the contribution amount of the unit mass to the gravity field, when this G value is used as a parameter to calculate quality of the earth and other celestial body ,the calculation results are less than their true value. "Can Solve Dark Matter on the Ground" http://xuqiming2005.blog.163.com/blog/static/12790212201273044034494/?newFollowBlog Give me a E-mail address, I will send the word paper.

Thank you! Hope you consider my advice. xuqiming2012