New York, NY - Lower West Side, Rooftop - 21 September 2014 ACE/AD
It is around 2pm/1400hrs, and there is a sizable fog in the air, or rather, an overcast day with a stratus layer that has descended low enough to engulf the uppermost portions of tall buildings nearby. What's peculiar and though provoking about this particular fog is that it is actually very warm outside despite the constant breeze and dim sunlight conditions. Based on my own observations, fog is typically accompanied by a very chill wind and lower temperatures. This being attributed to my experience seeing and feeling fog primarily during the colder Spring months on the west coast. And thus, I begin to ponder how this can be explained by fundamental Kytonic Theory.
It is through this line of thought that I realize that there must be some sort of relative interaction responsible for the disparity between my past experiences and my current one; and it is along this line of thought that I begin to more clearly understand the interactions between fundamental particles relative to their core charges and the charges of everything else around them. In the following, I will share the line of thought traveled in order to reach this conclusion with you in hopes that it may be used, with due credit, for the betterment of universal understanding and ultimate scientific advancement of the human race and all related Earthborne life.
This all begins with my first question and answer; what are clouds? What are they made of? Why and how do they form? What makes them do what they do, and interact the way they interact? So many questions all boil down to a few simple answers; water, and more specifically, water in the atmosphere, and the sun with it's forceful gamma radiation forcing the Earth's magnetic field to ripple like a waterbed or a gelatin mold. But that seems to be a bit of a big leap so I will take each question in stride.
What are clouds? At their core, they are condensed pockets of concentrated water vapor that embody a lower air pressure than their surroundings. Seems straightforward enough and most meteorologists would agree that this is the general understanding of clouds. After all, we see the weather depicted as high and low pressure systems all the time. But what if we were to understand the visual appearance of a cloud simply a pocket of overcharged water and air molecules that carry a significantly higher and warmer net energy charge than its surroundings. If that were the case, the pocket would take a longer time to fully dissipate outward when enveloped by both a higher pressure air and compressed by the downward force of gravity, as understood by plasmic dilution and thermodynamic dissipation of heat between two similar objects (hot and cold water would be the prime example).
As the water is forced to compress by the introduction of the squeezing forces of more pressurized, and "cooler" relative air and downward pull of gravity, we begin to see the "condensation" of energy in the form of a visible vapor accumulation, or a cloud. This makes a sort of "thick skin" layer of more compressed water vapor that becomes less permeable and actually hinders the diffusion of heat energy from the previously exposed water vapor into the surrounding atmosphere.
At this point, it can be surmised that the internal portions of clouds will always be warmer than the surrounding air. The applications of which could have profound impacts on redesigning commercial aircraft to be able to use this natural accumulation of atmospheric energy for "more green" energy generation purposes. Of course, this would need to be a overhaul redesign in order to maintain and reduce loss of over all aerodynamic properties. But I digress.
With most of the initial questions answered, I move on to identify what makes clouds come in so many shapes and sizes and what makes them seem to act in the ways that they do? The short answer; the sun's radiation. But, as always, why? The answer lies in the identification of another primary player in this atmospheric interaction relationship; the counter-point force that produces an outward "shielding" effect past our planet's very own positive energy radius (which is just a fancy way of saying Earth's magnetic field). The magnetic field acts as a dampener for all of the incoming radiant energy that could potentially cause problems on earth. That includes that radiation from our very own home star, Sol
Typically, the sun produces and expels energy in the form of gamma radiation, which, as understood by Kytonic theory, is a negative-dominant energy source as identified by its wave-like appearance in the cold vaccuum of space. This, coupled with the knowledge that the Earth's gravitational and magnetic fields as positive and negative dominant respectively, the attractive and repulsive effects of these interacting forces seems to carry it's own momentum. The procedure of which is as follows:
This also means that you could, theoretically, observe the appearance of clouds st any level in the atmosphere. Although, realistically they will predominantly appear in areas of rapid environmental energy shifts of increasing radiant surface energy relative to lower pressure/higher charge atmospheric energy pockets.
It is around 2pm/1400hrs, and there is a sizable fog in the air, or rather, an overcast day with a stratus layer that has descended low enough to engulf the uppermost portions of tall buildings nearby. What's peculiar and though provoking about this particular fog is that it is actually very warm outside despite the constant breeze and dim sunlight conditions. Based on my own observations, fog is typically accompanied by a very chill wind and lower temperatures. This being attributed to my experience seeing and feeling fog primarily during the colder Spring months on the west coast. And thus, I begin to ponder how this can be explained by fundamental Kytonic Theory.
It is through this line of thought that I realize that there must be some sort of relative interaction responsible for the disparity between my past experiences and my current one; and it is along this line of thought that I begin to more clearly understand the interactions between fundamental particles relative to their core charges and the charges of everything else around them. In the following, I will share the line of thought traveled in order to reach this conclusion with you in hopes that it may be used, with due credit, for the betterment of universal understanding and ultimate scientific advancement of the human race and all related Earthborne life.
This all begins with my first question and answer; what are clouds? What are they made of? Why and how do they form? What makes them do what they do, and interact the way they interact? So many questions all boil down to a few simple answers; water, and more specifically, water in the atmosphere, and the sun with it's forceful gamma radiation forcing the Earth's magnetic field to ripple like a waterbed or a gelatin mold. But that seems to be a bit of a big leap so I will take each question in stride.
What are clouds? At their core, they are condensed pockets of concentrated water vapor that embody a lower air pressure than their surroundings. Seems straightforward enough and most meteorologists would agree that this is the general understanding of clouds. After all, we see the weather depicted as high and low pressure systems all the time. But what if we were to understand the visual appearance of a cloud simply a pocket of overcharged water and air molecules that carry a significantly higher and warmer net energy charge than its surroundings. If that were the case, the pocket would take a longer time to fully dissipate outward when enveloped by both a higher pressure air and compressed by the downward force of gravity, as understood by plasmic dilution and thermodynamic dissipation of heat between two similar objects (hot and cold water would be the prime example).
As the water is forced to compress by the introduction of the squeezing forces of more pressurized, and "cooler" relative air and downward pull of gravity, we begin to see the "condensation" of energy in the form of a visible vapor accumulation, or a cloud. This makes a sort of "thick skin" layer of more compressed water vapor that becomes less permeable and actually hinders the diffusion of heat energy from the previously exposed water vapor into the surrounding atmosphere.
At this point, it can be surmised that the internal portions of clouds will always be warmer than the surrounding air. The applications of which could have profound impacts on redesigning commercial aircraft to be able to use this natural accumulation of atmospheric energy for "more green" energy generation purposes. Of course, this would need to be a overhaul redesign in order to maintain and reduce loss of over all aerodynamic properties. But I digress.
With most of the initial questions answered, I move on to identify what makes clouds come in so many shapes and sizes and what makes them seem to act in the ways that they do? The short answer; the sun's radiation. But, as always, why? The answer lies in the identification of another primary player in this atmospheric interaction relationship; the counter-point force that produces an outward "shielding" effect past our planet's very own positive energy radius (which is just a fancy way of saying Earth's magnetic field). The magnetic field acts as a dampener for all of the incoming radiant energy that could potentially cause problems on earth. That includes that radiation from our very own home star, Sol
Typically, the sun produces and expels energy in the form of gamma radiation, which, as understood by Kytonic theory, is a negative-dominant energy source as identified by its wave-like appearance in the cold vaccuum of space. This, coupled with the knowledge that the Earth's gravitational and magnetic fields as positive and negative dominant respectively, the attractive and repulsive effects of these interacting forces seems to carry it's own momentum. The procedure of which is as follows:
- Negative-dominant, positive-core, gamma radiation waves impact the Earth's atmosphere
- The magnetic/gravitational fields both reflects and absorbs the majority of gamma radiation
- The ionosphere absorbs positive energy while reflecting excess negative back into space creating radiation energy in the form of light
- The stratosphere absorbs negative energy while reflecting excess positive back up into the ionosphere creating radiation energy in the form of heat
- The energy that does not get filtered out by the ionosphere and stratosphere travels down to the crust where it is observed in varying degrees of heat and light
- These energy waves will enhance both downward force on, and energy charge of various gases in the lower atmosphere as they attempt to travel to the Earth's core
- As varying amounts of energy reach the surface, they begin to further impact with positive charged matter (people, buildings, vegetation, soil, etc.) and create more and more heat
- The energy is then absorbed or reflected similar to travel through the atmosphere and produces an upward draft accordingly
- As the upward forces of radiant surface heat and our atmosphere collide with downward forces of extraplanetary radiation and heavy atmospheric particles that have absorbed the radiation, we get layers of atmospheric materials sandwiched between them, be it water vapor, dust or any other material that is hanging around in our sky
- And thus. . . clouds!
- If you were to position barometric scanning satellites into both low and high orbit, tasked to scan as much of the Earth's atmosphere possible, coupled with barometric ground radar systems, you could effectively use the data from these sources to compile a three-dimensional model of the earth's atmosphere.
- Once you have that model, you can identify exactly where the majority of the sun's repelled radiation is infiltrating the atmosphere, as well as observe its constant direct effects on the the atmosphere itself.
- You could then target specific sites for introduction of other elements (similar to current use of silver nitrate to induce rain) to mitigate storms by identifying radiation ripples that will propagate into larger storms
- This would also allow a simplistic view of what we as a species are doing, specifically (i.e. carbon emissions, commercial air traffic, and populating otherwise flora-neccesary regions of the planet) that is contributing to an increasingly erratic, and less stable atmosphere and allow for enactment of social change down to the lowest levels
At this point I would attempt to mention a brief recap of Kytonic Theory's most underlying principle; all energy in existence consists of both positive and negative charges that strive to attain perfect balance and as such appear in partnered groupings in varying degrees of balance. Even if you appear to have perfect attractive balance between two objects, i.e. a rare-earth magnet and a ferromagnetic material, that doesn't always indicate charge balance. In fact, the two materials could be far from balance and simply attractive towards one another because of relative conditions and core-charges. But again, I digress.
With this more detailed understanding of the formation of clouds and general weather-creating effects, it can also be understood how the relationships of relative temperature at ground level as imparted by the previous day's sun absorption, and the current bombardment of gamma radiation interact to produce a warm layer of stratus clouds.
In New York, where people, buildings, and positive matter abound, you get a preponderance of higher radiant surface energy after periods of unhindered, direct sunlight and as such, will generally see more cloud cover during the spring and autumn seasons. This energy remains relatively low to the ground as it is collects in pockets not readily dissipated by the effects of positive-radiation particle-displacement, or more simply known as wind. With that in mind, it makes perfect sense why the weather today was a balmy, humid temperature even though there is a heavy fog/ cloud cover in the lower atmosphere.
This also means that you could, theoretically, observe the appearance of clouds st any level in the atmosphere. Although, realistically they will predominantly appear in areas of rapid environmental energy shifts of increasing radiant surface energy relative to lower pressure/higher charge atmospheric energy pockets.
With a full application of this understanding as related to mitigating and even fixing the effects of global warming with the technology we already posess, the ultimate idea I came to was as follows:
If we can control the weather, we can make the entire world a better place. Even if we needed to cause a storm in order to create the necessary cloud cover required to mitigate the effects of global warming, we could do it. And in doing so, take the proper precautions beforehand so as to mitigate the disastrous effects. The possibilities are widespread and well within our grasp. But yet again I digress. For that I apologize, the possibility of each kernel of knowledge serves to derail me time and time again.
Ultimately, if we apply what I have discussed so far, we can begin to reorganize the fundamental forces as we know them to be today. For instance, we understand gravity, electro-magnetism, and the nuclear forces to be the four fundamental forces. But we can see that in an interaction of only positive and negative magnetic-like forces, under varying layers of relative-charge conditions, will produce a multitude of effects. Magnetism can be considered a solid object against external negative charge impacts if it is within a surrounding frame of lower pressure, i.e the vacuum of space. Gravity serves to pull things down at ground-level, yet weakens exponentially as it moves further and further away from it's core singularity, yet is strong enough to accumulate vast amounts of positive energy in the form of an atmosphere to function as a plasmic solid against positive energy impacts. At the same time, the strong and weak nuclear forces of fusion that we observe on the surface of the sun, can be observed in our very atmosphere as a result of the very same relative charge impact reaction between us and the sun itself. I would dare say that each of these fundamental forces can only be considered thus due to the scope in which we view charge interactions of positive and negative energy charges colliding within positive or negative dominant surroundings.
This in turn can translate into a panoply of explanations for accumulation of simple and complex systems and materials as the product of varying impact and energy transfer quotients as observed through the passage of time. And as such, we can surmise that all matter, whether visible or not, carries with it energy that can be shared alike, siphoned away, or even increased dramatically dependent on the force of each impact relative to the internal and external charge relationships.
There are only two major energies that create the wind, heat, light, and humidity effects of our weather system, but due to the complexity and composition of our atmosphere we can have everything from a bright, clear, warm sunny days with beautiful sunsets, to gale-force winds, barrages of precipitation, and unbearable cold temperatures that threaten our very way of life. The only question remains, how can we use this knowledege for the betterment of humanity as a whole?
If you have made it this far, I applaud you because I know I can be long-winded. That said, if you like what you have read check back here often to read more. I will be writing about and uploading these ideas as fast as I have them. Thanks for reading, and I hope to see you back here soon.
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