Never regret thy fall,
O Icarus of the fearless flight
For the greatest tragedy of them all

Is never to feel the burning light.

Oscar Wilde

Icarus In Love

I loved you as Icarus loved the sun - too much, too close.

David Jones

This has been #LearningToFly
Chapter 2. lesson 9
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Chapter 2, Part 10 ⬇️

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Chapter 2
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Part 10

Before discussing gravity or antigravity, it is necessary to have a workable definition of both. All matter, from the simplest form to the most complex is vibrating surfaces, or strings as some like to believe (though nobody has ever told me how vibrating strings can hold three dimensionality for very long). Anyhow, matter naturally vibrates in unison or harmony with all other matter. This matter vibration creates waves in the ether, and when separate matter produces waves, the separate wave patterns create interference patterns that consist of the intersections of the emitted waves. The effect is like the pattern that forms when two stones are tossed into a pond in different places û only this happens in three dimensions. Evidently, these ethereal interference patterns create a higher ethereal energy state or inequilibrium and the ether naturally attempts to return to a lower energy state or equilibrium. If separate matter is vibrating in unisons or harmonies, moving the matter closer together results in a reduction of interference patterns and therefore moves the system closer to equilibrium. However, it is possible for matter to vibrate in discord to the unisons and harmonies of other matter. In this case, the ethereal interference patterns created cannot be resolved by moving the matter closer together; rather, they increase due to the amplitude increase of the waves seen as the matter comes together. Therefore, to move the ether towards a lower energy state or equilibrium, the matter in discord is pushed away to reduce the intensity of the interference patterns.

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There are methods of ethereal matter wave pitch distortion, such as the high voltage capacitive fields developed by Townsend Brown, and direct manipulation of matter vibrations using high harmonics of sonic or electromagnetic waves.

An easy method of Doppler distorting matter waves is to use rotating systems, or as it is often called, gyroscopic antigravity. However, to really be useful, and produce significant distortion, a mass must be spun really, really fast. Atoms with unbalanced nuclei must be used in order to maintain, through inertial imbalances, a changing orientation throughout a each rotation. Otherwise, the nuclei will maintain their position and little distortion will occur, much like water and ice in a glass tend to hold their positions no matter how one turns the glass. But even with unbalanced nuclei, simply spinning a mass at achievable speeds has produced only minimal effects.

Perhaps a feasible alternative would be to rotate many atomic nuclei at very high speeds. There exists several ways to accomplish this nucleic spin. Rotation may be initiated primarily by free electron inertial transference, variable magnetic fields, or secondarily by gravitational or protonic or non-free electron inertial transference. Combinations of these methods may increase overall efficiency of a design.

Certain nucleic geometries reflect, to a significant degree, the movements of nearby electrons. The elements that exhibit such geometries have an odd number of protons and an even number of neutrons. In such atoms, the protons are not uniformly dispersed throughout the nucleus. Instead, one side of the nucleus is slightly more positive than the other. They exhibit a slight natural distortion effect that may be deduced by observing their atomic radii, which are significantly smaller than expected due to the repulsive effect generated by nearby nuclei. The unbalanced element with the most massive nucleus is Bismuth, element 83. Its nucleus has the most amount of matter and the strongest inter-nucleic attractive forces which allow it the highest maximum spin rate of all the unbalanced nuclei. These factors combine to make Bismuth the obvious choice for electro-repulsive experiments. A stable element 115 would be better than Bismuth, but does it exist?

Element 115 Ununpentium decay chain: -> Element 113 -> Element 111 -> Element 109 -> Element 107 B-> 105

Transmutation

We synthesize heavier, unstable elements by using more stable elements as targets in a particle accelerator. We then bombard the target element with various atomic and sub-atomic particles.

By doing this, we actually force neutrons into the nucleus of the atom and in some cases merge two dissimilar nuclei together. At this point, transmutation occurs, making the target element a different, heavier element.

The length of time which an element exists before it decays determines its stability. Atoms of some elements decay faster than atoms of other elements, so the faster an element decays, the more unstable that element is considered to be.

When an atom decays, it releases or radiates sub-atomic particles and energy, which is the radiation that a Geiger counter detects.