We call this a particle

 

By now we have strong indications that matter is not localised in small regions and then it stops; there are strong indications that wave functions stretch out far beyond the location or area of location of where the particle is. 

 

Entanglement and a particle being at multiple places all at the same time proofs this to be valid over large distances. 

So a particle is an outstretched wave - wave function. 

 

Based on this:

 

Watch what has happend !

 

The effect is that the compressed area "Borrowed" and therfore flattens the space-time around it !

 

The space time around it has lost some of its wavy-ness, it is more stretched out, at the gain of a particle; 

 

This means space-time has bend in the neighbourhood of mass. Space is more stretched and time runs more slow. exactly what we expect in a gravitational field. 

 

This is also seen in the conservation law that I, thank God, distilled that was mentioned in an earlier paper. 

 

 

Now collect a lot of particles in a relative confined region, as big as a planet or star and noticable gravity field emerges from the stretched ou space-time. 

 

Stretched out space-time is what we see back in gravitation; times slows down near a big mass and space is bend/stretched as Einstein showed us.

 

The stretched region still contaning mass energy how ever but it is not visible: it has become: Dark Matter; which is spherical hangs around objects like a galaxies and this is exacly what is observed. 

 

And apparently this stretched out area is in its grand total, about 5 times bigger then the compressed area in energy-mass contribution; which is the distribution of visible matter, dark matter. This is of course a great entrance to test this idea as well. to find a mass that is about 5 times bigger then we can observe. 

 

 

 

Now lets see how wave functions mathematically behave:

 

down below here I have a series of wave functions

 

The first shows a basic wave function but upside down; the reason I do this will get clear later.