The basics of Newtonain arguments for the observer in the verticie as projected downwards in relation to the observer standing on the surface so that the angle = right angle to the side of the Earth that has greatest verticality.
Also arguments for the new type of reference of other things than gravity invention.
The theory bases it's reality on the wave mass that has some nr related only to other stars and planets as the nr of them in any sequence that defines where the observer displaces. So then , this wave of the motion of the observer must reach some common nr of objects and the mass of the wave to get there. Because the fastest time to do this will change the observers position as active involvance with the position that the wave defines as the position of the observer when he has displaces the fastest vector
to that place. So the positions are not always directly related to the verticie in one symmetrical position defined by the radius from Earth to any other body.
by Henryk Szubinski
In relation tot he observers position on the wave mass and the apperance of the observer as surrounding the MOON POSITION and the 4 positions may be observed as the 4g or the 4.5 g meaning that the observer has only 1 as his gravity value or as the + 0.5 /4 =0.12 g + 1=1.22g
Related to the observer seeming to rotate about the moon, the effect appears to be symmetrical because of the 4 positions of the wave, but are in fact a delayed relationship to the Earth position + the lunar + the other 3rd object. So that : then,
To compute wave endings implies the very long and difficult definition of every type of Newtonian mechanics for every position on Earth and in space. In the end, the Earth would become an ending, meaning it would have been outdone by the efforts to leave it. The same thing with the planet to go to. Had this planet or star also been LOOSE END computed to every possible Newtonian mechanical value for space pioneering , it too would have dissapear long before any displacement to it. So then, the mass wave takes the observer to the place to go to directly because the positions are variable in relation to the wave position in relation to the motion through any object in space
as well as defining where on that planet ,the vertical position has equation similarity with the mass wave position on the planet surface.
So when considering displacement beyond any stars and the tendency is for the loose ends being totally computed, the end would be in sight prior to getting there. When using the wave mass, the example of getting from Earth to another star = 10 planets and 1 star as the mass wave to them and each new verticie positioning until the observer has reached the star.
as well as defining where on that planet ,the vertical position has equation similarity with the mass wave position on the planet surface.
So when considering displacement beyond any stars and the tendency is for the loose ends being totally computed, the end would be in sight prior to getting there. When using the wave mass, the example of getting from Earth to another star = 10 planets and 1 star as the mass wave to them and each new verticie positioning until the observer has reached the star.