Why does mass slow time?

[onthecuttingedge2005]

Gravity Tensor Fields are very much like Electromagnetic Tensor Fields, Also just as Light has a Rainbow so does Gravity Fields, you can see this Gravitational Bow by studying the Planet Saturn, The Gravitational Bow has different frequencies in accordance to it inner or outer Orbital Tensor Shell or Tensor Field.
Rainbows are actually circular but with Gravitational Bows it is dependent on the density of the mass causing the Gravitational Tensor Field shells. you can see the different density fluctuations from Gravity Maps, Planets like Saturn usually have uniformed Gravitational Tensor fields because the Density doesn't have a lot of dramatic changes because of it containing most Gases so Saturn's Orbital Tensor shells will be more circular in nature than those of huge rocky type planets where densities can change by large degrees over its terrain.

Jerry

[gravityblock]

Gravity seems to work one way in nature and that is in attraction mode only.

Let's say all atoms emit electromagnetic and gravity waves.  The electromagnetic waves propagate through space in all directions in a corkscrew motion.  The gravity waves are propagating through space in all directions in a helical motion.

The gravity waves emitted by an atom will cause another atom to have the same spin at a distance due to the helical motion of the waves.  This same spin of the atoms causes the attraction or sucking motion of the two atoms and is known to us as gravity. 

Since gravity is acting on the individual atoms and not on the entire mass, then this supports why all objects will fall to the earth at the same rate regardless of it's mass.  It also supports that a larger mass will have more gravity since there would be more atoms in the mass sending out helical waves.

If we can learn to manipulate or block these helical waves, then we may have anti-gravity and OU.

Not sure if this is helpful or not, but it sounds good.  LOL

Just a thought.

[onthecuttingedge2005]

Hi gravityblock.

If you look at this Gravity Map of the Earth you will see that Gravity is not uniformed on Earths surface, if an object is dropped at the top of the Andes mountains and a copy of that object dropped in the middle of the Indian ocean the object dropped at the top of the Andes will hit the ground first because the Andes has the strongest Gravitational influence.
now if those two objects were dropped locally together in the same Gravity field density then they would hit the ground at the same time.

in the Gravity map below Red is strongest gravity and dark blue is the weakest gravity.

Mining in the Red areas would be rich in heavy metals possibly even some gold and such. mostly granite though I would assume.

Jerry

[PYRODIN123321]

WHERE did you get that map, very cool...

[gravityblock]

Hi gravityblock.

If you look at this Gravity Map of the Earth you will see that Gravity is not uniformed on Earths surface, if an object is dropped at the top of the Andes mountains and a copy of that object dropped in the middle of the Indian ocean the object dropped at the top of the Andes will hit the ground first because the Andes has the strongest Gravitational influence.
now if those two objects were dropped locally together in the same Gravity field density then they would hit the ground at the same time.

in the Gravity map below Red is strongest gravity and dark blue is the weakest gravity.

Mining in the Red areas would be rich in heavy metals possibly even some gold and such. mostly granite though I would assume.

Jerry

Very nice.

The atoms in the Indian ocean has a different mass than the atoms in the Andes on average, so the strength of those gravity waves would be different cause of the difference in mass locally and cause objects to fall at different rates.

Since you mentioned the various types of elements that could be mined in the Red Sea, suggests you realize that the individual atoms plays the major role in gravity locally instead of the entire mass of an object having the dominant role.

This is what I suspected and hope I am not misinterpreting what you said.