Magnetic field patterns can illustrate the geometry of gravity. It also can be very pretty to look at:

source: https://gabeweb.tumblr.com/post/137319956421/ferrofluid-glow-sticks-amazing-physics-girl

Radial Anisotropy - Expansion and Contraction

This shows the effect of ferrofluid mixed with an immiscible fluid, namely, glow stick goo, of a magnetic pole, pointed upwards below the petri dish.

This is radial anisotropy. It is incredibly pretty, because it is happening in a fluid medium. Radial anisotropy, both expanding and contracting, has the same pattern. It does not matter if the electrons are going inwards, or outwards, as to how it looks.

Anisotropy means, in a system, motion is permitted in one direction, and resisted in another. Radial means that the direction is towards a common center.

If you have ever seen pictures of Tesla's famous giant radial coil (there is a portrait of him in front of one), the framework that supports the coil follows the same pattern, as you go outwards, there is more frame pieces, each mid way between the longer ones that start in the center.

source: http://www.energeticforum.com/renewable-energy/19739-popular-science-monthly-1928-nikola-tesla.html

It may not be so immediately obvious, but the pattern in the glowstick/ferrofluid, and tesla's radial coil framework is the same.

This shows you in two dimensions, the expanding/contracting geometry, which is omnidirectional in gravitation.

The pattern is the same, along the cross-section, as gravity is in every direction, whereas with magnetism, it is a torus, but at the point where the field is going towards or away from you, these pictures show you the shape of gravity's pattern.

Linear Acceleration

source: http://www.alamy.com/stock-photo-bar-magnets-with-iron-filings-showing-magnetic-repulsion-between-similar-31266486.html

The repulsion pattern shows you linear acceleration. You may not immediately grasp this, but all linear acceleration shows the same pattern, of a pair of vortexes opposite each other (like the magnetic fields), and causes movement in a straight line. Likewise, the two magnets are pushing away from each other, passively. The closer they get the more you see that vertical gap between the two field patterns, and the way that the rest of the lines are reticulating back upon themselves, like a smoke ring or pattern when you stir a fluid with a stick.

Every action has an equal, and opposite reaction.

The reason why I make the claim that the magnetic repulsion models the phenomenon of linear acceleration, is because everywhere you see it happening, you have the same geometry. The famous mushroom cloud image, is caused by a massive scale linear acceleration pattern. The bomb cannot expand in every direction at once, so in one direction, it is pushed upwards. This gives you the ground 'trunk' and the 'mushroom' at the top.

If you detonate a small, smoke-producing charge inside a pipe, and let it push out in both directions at once, you will see a dual vortex. The both sides will emit a vortexial smoke pattern. The space is the contra-rotation to the visible pair of vortices.

In more detail:

The key to understanding gravity, therefore, is all about geometry. Gravity is the coincidence of expansion and contraction forces in the same position.

source: http://www.alamy.com/stock-photo-bar-magnets-with-iron-filings-showing-magnetic-attraction-between-31266419.html

The space is expanding, and the matter is contracting. My hypothesis is that the contracting (attraction) is in fact the effect of a massive cloud of chaotic electrons that surround matter. Just as electrons hold atoms together, electrons cause, on a massive scale, matter to become attracted.

What happens when two bodies of matter, floating in space, come into contact, is that this same 'bubble' forms in between them. They have the same geometry, in their gravity field, as the first image at the top shows. But when these fields interact, they strive to form a single common center. This is what makes the 'bubble'.

The fields are in fact, enormous, invisible clouds of electrons that are attracted to, or alternatively, pushing together, the matter in each individual object. The two things are happening at the same time. Because the field is so big, and the alignment is so small, we can't measure the magnetic component of gravity. You just see things moving together.

When the two fields come together, they form one big field. The inert material at the centre of each cloud then has to move together to again reach the gravitational equilibrium of expansion and contraction, the expansion of space, and the contraction of matter.

Gravity is the interaction between expanding space, and contracting matter, the bulk of which is electrons, that cannot be directly measured because they do not exhibit a strong linearity. In layman's terms, you can't see a magnetic field, unless it is going in one direction only. When it goes in both directions at once, like between the like poles of a magnet, there is no visible, measurable magnetic field.

Thus, there is nearly limitless energy in the space around us. It is just a matter of creating a linear trap, like the example of the explosion in the middle of the pipe, that forces the expansion and contraction forces to come out of balance with each other.

Likewise, the key to understanding propulsion, how to move things around, is in the electrons:

When there is expansion of matter, it is caused by, not the heat, but the tiny little 'bubbles' of electrons as the exothermic reaction takes place in the explosion. So if you want to push something, you can skip the heat, and all its attendant dangers, and just produce the highly disordered flux of electrons, precisely the same as what you see between like poles of a magnet.

A more concrete example could be shown in the fluid flow of two jets directed at each other. The geometry, again, is the same as the magnetic repulsion. You can see the tiny little spirals of the fluid at the point the jets hit each other, and push away. This is, on a macro scale, the same thing that causes propulsion, on the nano scale in an explosion.

I have been struggling to find a way to present this material in a compelling manner, and I hope this contributes towards this goal. Thank you for reading.

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