Explanation of the experiment
Posted On Monday May 19 2008 @ 5:00 aIn the set of equations, r is the radius of gyration of the rotation part, T is the period of the rotation of the end point (hereafter called Point A) of r , a is the antigravitational acceleration which points to the front and which is produced by the electrons of the rotation part, and a is also the antigravitational acceleration of both the gfm waves caused by the gfm current of the rotation part and the de Broglie waves of the gfm current of the rotation part, |Sa'| is the absolute value of the resultant acceleration which is along the front direction of the rotation part and which is obtained by the electrons at point A and which is other than the acceleration of the inertial frame dragging, �� is pi, c is the speed of light, and h is Planck's constant.
The front direction of the rotation part is from the source of disturbance helping produce the antigravitation to the rotation part. Other strong disturbances might make the disturbance device fail to determine the direction.
At the beginning of the experiment, the boat often rotates, stays at the same place, or move about randomly, which is obviously different from the movement of an ordinary motor boat. This is the first stage of movement, during which the law described by Equation (2) works.