Re: [EVGRAY] Secrets of Antihravity propulsion.

Body

Yahoo threw away the figures. Now they're also attached.

Hi Warren,

T.J.J. See wrote some articles about this kind of effects. This is also explained in the more modern theory of rhythmodynamics. The waves passing through different objects accelerate or decelerate depending on the physical properties of the objects. The signal speed is given by the permittivity and permeability of the objects. When the signal accelerates or decelerates through the object reaction forces push in the opposite direction on the object. T.J.J. See used balloons filled with different gases and waves of sound in some of the experiments.

Here are some illustrations from T.J.J. See. The first one shows the deceleration of the waves coming from air and entering water and/or glass. The bottom of figure 12 shows the waves coming from water and entering air and glass. This pushes the materials together.
 

The next figure compares the effects of the waves going through water and glass or mercury and glass:


The signal speed is fastest in air slower in glass and slowest in mercury which give the observed effects.

Regards
Ole
 

---In [email protected], <onielsen@...> wrote :

 Hi Warren,

T.J.J. See wrote some articles about this kind of effects. This is also explained in the more modern theory of rhythmodynamics. The waves passing through different objects accelerate or decelerate depending on the physical properties of the objects. The signal speed is given by the permittivity and permeability of the objects. When the signal accelerates or decelerates through the object reaction forces push in the opposite direction on the object. T.J.J. See used balloons filled with different gases and waves of sound in some of the experiments.

Here are some illustrations from T.J.J. See. The first one shows the deceleration of the waves coming from air and entering water and/or glass. The bottom of figure 12 shows the waves coming from water and entering air and glass. This pushes the materials together.