Here we see a special atomic density creation device which has been used to create two balls, one with an atomic density causing it to float in midair at the blue level of the energy field and another ball with an atomic density such that it floats in midair at the pinkish level of the energy field.

Both balls are then tossed off some high point and as Galileo said they would, they being to fall at the same rate, despite their different atomic densities, due to the accelerating effects of time contraction. They accelerate rapidly, and then suddenly, and very abruptly the blue ball stops falling at the blue level while the pinkish ball continues its rapid ascent, only to suddenly, and very abruptly, halt at the pinkish level.

My hypothesis is that objects rising in a gravitational field decelerate and then come to a stop, so therefore it must be true that objects falling in a gravitational field accelerate, and them come to a sudden stop, without a deceleration curve. It would be interesting to find out if this is true, and would certainly be a weird looking thing to see.

The Atmosphere

The Earth’s atmosphere should be like a layer cake, but instead it is a whipped topping. Of course, the atmosphere of the earth consists of gas molecules on the loose, and those things are not bound tightly, like solids, or bound with a loose elastic like liquids, and so they are free to bounce. The sun also puts a spoon into that atmosphere, and so the atmosphere becomes a whipped topping because the beater never shuts down, and thus the stirring continues non-stop.

Creating An Artificial Atomic Weight Object

Our current technology does not allow for the creation of balls with an atomic weight that would allow them to park fifty feet off the surface of the earth. Therefore we must improvise.

Here we see an object consisting of a plastic shell filled with helium.

Here we see the plastic shell filled with helium parked about fifty feet off the ground. It is now an artificially created object with an atomic density that allows it to park fifty feet off the ground.

The object is then dropped from a height and beings to fall towards its target location in the energy field, fifty feet off the ground, marked by the black cross-hair. How fast will this object fall? The helium wants to rise while the plastic wants to fall. Will it fall in 'slow motion'?

Instead of coming to an abrupt halt the object oscillates wildly, up and down, up and down, as the plastic attempts to fall to a spot below the earth while the helium tries to rise up in the atmosphere. Unfortunately, since we do not have an atomic density creation machine, this was the best we could come up with as a simulation of the effect.