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Jan 19, 2021Liked by Bob Greenyer

Bob: check this out... might have a bearing on the strange radiation tracks: https://phys.org/news/2021-01-zebra-stripes-leopard-patterns-skin.html

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My own mental model for how gravity works is a little simpler.

Simply put, electrodynamics is directly analogous to hydrodynamics.

Fluidic Electrodynamics: On parallels between electromagnetic and fluidic inertia

Alexandre A. Martins

The purpose of the present work is to trace parallels between the known inertia forces in fluid dynamics with the inertia forces in electromagnetism that are known to induce resistance forces on masses both due to acceleration and at constant velocity. It is shown that the force exerted on a particle by an ideal fluid produces two effects: i) resistance to acceleration and, ii) an increase of mass with velocity. These resistance forces arise due to the fluid dragged by the particle, where the bare mass of the particle at rest changes when in motion ("dressed" particle). It is demonstrated that the vector potential created by a charged particle in motion acts as an ideal space flow that surrounds the particle. The interaction between the particle and the entrained space flow gives rise to the observed properties of inertia and the relativistic increase of mass. Parallels are made between the inertia property of matter, electromagnetism and the hydrodynamic drag in potential flow. Accordingly, in this framework the non resistance of a particle in uniform motion through an ideal fluid (D'Alembert's paradox) corresponds to Newton's first law. The law of inertia suggests that the physical vacuum can be modeled as an ideal fluid, agreeing with the space-time ideal fluid approach from general relativity.

https://arxiv.org/abs/1202.4611

The above author has written multiple papers.

The basic idea goes that the vacuum behaves as a superfluid with near zero viscosity and all of the different properties of electrodynamics have a hydrodynamic counterpart.

Now, consider that the pressure of the aether or this fluid is the scalar potential and direction or flow of this fluid is the vector potential. You can directly observe the vector potential via the Maxwell Lodge effect in which you can induce an EMF with a vector potential where no magnetic field and hence no "electric field" is supposed to be. This experiment is so simple it can be done in someone's garage. What it all comes down to is that that the "stuff" that composes a magnetic field (the curl of the vector potential) and the electric field (changing magnetic field) is all the same "stuff" that composes the vector potential and hence the scalar potential.

What is this stuff? One idea is that the vacuum is composed of electron-positron pairs. This was detailed in a paper by Don Hotson that Puthoff said great things about.

So let's go with this possibility for a bit.

If this is the case, then mass, inertia, and gravity are all manifestations of these electron positron pairs and how they interact with matter.

Puthoff speculates in one of his papers that gravity is due to a shadowing effect in which a large mass such as the Earth absorbs a tiny portion of the scalar waves (or whatever) are traveling through the planet. The result is that there is a lower density near the surface of the planet and a greater density farther away. The result is a form of push gravity because objects will move towards the region of lower density.

What's interesting is that there have been a large number of experiments showing that sudden, abrupt electrical discharges with a high rate of change can produce anomalous forces that can buckle railgun tracks, create lines in liquid mercury, or break apart wires into many pieces. One name for this is the Longitudinal Ampere Force. There have been whole books written about this effect.

So how do I bring this together?

Magnetic vector potential that's NOT changing doesn't move charged particles and unless there is a density gradient that's severe enough neutral particles are not moved.

A changing Magnetic vector potential will move charged particles but leave neutral particles alone for the most part (yeah, the vector potential can indeed induce phase synchronization and coherent matter production and that might be related to this but I'm not going to discuss it at this point).

But a powerful and rapidly changing magnetic vector potential seems to be capable of producing a gravitational like "push" force. Why? Because there's a severe gradient in aether density that's produced that is strong enough to induce movement of matter. There are many examples of this if you google the Longitudinal Ampere Force.

Now is where things get very interesting!!!

These same powerful impulses of magnetic vector potential (such as during spark discharges with a high rate of change) also increase the DeBroglie wavelength of matter while simutaneously inducing movement of charged particles in a manner that makes them self organize into tight, compact structures. The result is coherent matter and EVO formation.

Could the following be possible?

Powerful changing vector potential ---> Coherent Matter and EVO ---> "Coherent" or focused movement of vector potential

If the movement of charged particles is what produces a vector potential could the movement of coherent matter produce a UNIQUE more ORGANIZED form of vector potential (perhaps like a laser) which is FAR MORE EFFECTIVE and producing a repulsive gravitational like force?

Eugene Podkletnov claims that utilizing a couple million volts he was able to produce organized plasma structures that moved across a discharge gap that then produced a BEAM of force that could punch through brick walls!

So, here is my thinking about the Fluxliner ARV and TR3B.

A self organized plasma with a macro EVO with a coherent matter membrane is formed in the center column. The coherent matter is then spun in a direction that produces a bubble of COHERENT VECTOR POTENTIAL (repulsive gravitational force) that wraps around the craft. By changing the geometry of this bubble the craft can be made to move in a desired direction.

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Interesting

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