Preface

Seen from a sufficient perspective it is of course correct that acceleration due to gravity (ADG) between two bodies cancels out component wise.

When two bodies approach each other, between these on the one hand, ADG will decrease, but on the other hand the mass attraction (MA) will increase.

Decreasing ADG, does not mean decreased force of gravity - but only that two gravitational fields are into a unification process and that two connected gravity properties (ADG + MA) are changing.

The acceleration due to gravity (ADG):

reflects how much space is stretching per distance.

 

Mass attraction (MA):

reflects how "thin" space is between two bodies.

 

When two or several objects approach each other a unification process takes place. - Two connected gravity properties are changing ..

 
     

What actually happens can be illustrated by the unification process of the 3 field of gravity (image to the left).

All bodies pull  / consumes space also from a , central direction. Hence the central area will be stronger affected (see the red ring). The space "density" will centrally decrease more than anywhere else.

This means a completely new gravitational field is building itself up. 

The more the central area will be encircled by matter, the more central space will deform.

In the first phase of this process, the central deformed area will have weaker ADG compared to the ADG of 3 bodies. A object  close to the common central area,  will also be (weakly) attracted to the central area.

Imagine a cluster of galaxies of 1000 galaxies. Now the situation mentioned above has changed completely, because the central area is now deformed  much stronger, whereby an object  will fall towards a central direction.

That's why we are misguiding ourselves when we believe that ADG always only  "cancelling out" centrally. It is in fact really the opposite that happens, gravity centrally builds up, even though it seems that it is the opposite that is about to happen.

Distance square and Proportionality

This illustration shows the distance square principle.

Each time the radius of a circle doubles, then the area will quadruple. However

the area of the outer circle is only 3 times that of the inner circle (75% larger).

This graph shows, that each time the square increases 75%, then the

acceleration of gravity decreases 75%

We have perfect proportionality between space and ADG. This proportionality cannot simply be a coincidence, and is certainly central to our understanding.
Central Gravity

The above illustration shows space inside Earth

(it could also be a galaxy or a galaxy cluster).

 

Matter contracts Earth’s inner space from an inwards as well as an outwards direction.

If the mass of the Earth was homogeneous, the acceleration due to gravity (9,8 m/s2) at the surface is the same the whole way towards the centre.

Imagine a inner central area of a galaxy divided into 3 successive areas.

  • One area furthest out ‘A’

  • One area further in ‘B’

  • And one area even further in ‘C’

One could also consider these spheres to represent the inner central area of the Earth

The matter that is in area ‘A’ is contracting space here.

This means that the matter that lies deeper in the galaxy (area ‘B’) lies ‘behind’ the outer matter (area ‘A’) and thereby in space that is already somewhat contracted (by area ‘A’).

The matter that lies in area ‘B’ and even deeper (in area ‘C’) therefore lies in areas that are becoming more and more deformed as one moves inwards.

Motion of Matter in a Galaxy

 

 

Quite naturally, deformed space is simply gradually increasing as we are getting closer to the inner part of any gravitational field. This is a decisive factor which has been ignored.
 

 

As all stars orbits the centre of the Milky-Way, it is only natural that heavily deformed space (connected to the circulating mass) will follow the circulation it is connected to .

Therefore, the decisive factor for the motion of the stars is not only how a galaxy’s ADG is at a certain point but also that space around a galaxy must circulate.

Because matter and space are inextricability connected, naturally, the rotation of deformed space will balance the speed of motion of the inner and the outer mass against each other. In the inner area speed will naturally decrease, and in the outer area speed will increase.

In the chapter: 'The Pioneer Anomaly' it will be further covered  why  the inner stars are too slow and the outer stars too fast (not following the a Keplerian orbits) and why inner stars "falls from the sky" in the centre of a galaxy.

We know that 75% of all galaxies (close to us) are 10 billion year old spiral galaxies. According to the prevailing understanding, such spiral structures "should" not be able to last more than 1 billion years. But this doesn't seem to be the case.  Also the cause of this is self-explaining, - (after you have read the chapter: 'The Pioneer Anomaly').

Look at the giant spherically-distributed "mass" that's present everywhere in this cluster of galaxies..

 

We believes this is so called "Dark Matter"


Galaxies consumes / sucks space from both a outwards as well from a inwards direction. (from all directions)

This means that central space between galaxies is "surrounded" or "encircled" by space-consuming matter.

Therefore the "pressure" / "vacuum" on space in such central areas will increase. Space must be "delivered" from all direction, also even though the access and amount of space is limited and under "pressure" / vacuum.
 

Imaging the distances between all these galaxies were 1000 times larger.
Hence the “giant spherically-distributed mass” would just stretch 1000 times.