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Now, let's take a look at the salty ocean, and the living animals that live and die there. All that life that lives and dies there, what becomes of the ocean's salt once the fresh waters of the rain fall. Wait a minute. The salt becomes lightening, but how? Molecular hydrogen oxide. If using heat to distil, water and sand can make a combustible petroleum product. And the ingredients of water conducts electricity, while sand is an insulator of electricity. Is it possible to use a petroleum product to harness electricity, but, where would we get the electricity from. Salt has electricity, but how do we liquefy salt to get the electricity from it? Much like what the sun does to sulfur, when salt burns it becomes sodium but the chloride is transformed into radioactive isotopes, whereby a large portion of the salt's electrical discharge is lost. Maybe heat combustion, and electrical combustion are opposites, kinda like + positive and - negative charges. If that's true then we need something cold to liquefy salt. Liquid nitrogen! Liquid nitrogen liquefies the salt and the salt's gas produces a very potent electrical discharge. The same kind of lightening strikes the earth billions of times a day. The combustible petroleum product (hydrocarbon) can now be used as a canister filled with electricity, just like everyday living organisms, but with one hell of an electrical jolt.
Anyone who wants to understand algebra here's an excellent website:
yen yang, the bending of light, & i ching, the degrees of bending light
Principal ratio equals gravity. What does that mean. It means that the faster an object is moving the more heat it gives off therefore the greater amount of light it gives off. The slower an object is moving, the more light it absorbs as it cools and slows down.
When you drop a pebble into to a pond of water two mathematical events simultaneously occur. One a circle of waves moves out in every direction. The other is that the mountain of waves break into fractions and get smaller, and smaller, and smaller, while the friction from the water crushing upon itself builds until the water loops back upon itself diminishing the size of the waves until the waves are no longer seen.
This mathematical occurrence is three dimensional, and would look much like the Aztec calendar of the sun, where the waves of light emanate from a smaller first circle and break into fractions of itself with each tide forming a loop back onto itself until it reaches an even greater circle that is proportionately equal to the first circle. Thus you can see that two identical objects cannot occupy the same place in time and therefore must loop and turn until they are comfortable set apart creating both the expansion of circles that become larger, and the contractions of waves that become smaller in equal opposition.
As the circle of waves expand the huge glistening of light becomes darker as the waves slow down contracting in loops upon itself, until a reflection of light is no longer visible.
If this sounds familiar, it is the theory of the black hole, and it is because this is what we witness when it snows, and when a star collapses upon itself turning frigid cold. Cold is the opposite of heat, and where light once emanated from an expanding star, it is now reflected back upon itself captured in a lattice of dense mass that spews out ice that will eventually become so dense it compact upon itself until a explosive loop of friction occurs, because not two identical objects can occupy the same place in time, and the whole process of expansion and contraction repeats over and over again.
And yes, as the spectrum of light loops back upon itself and becomes more dense and dark time to is slowed and loops back upon itself.
But what is time. Time is relative to the size of the wave, creating loops of seasons as the wave expands and contracts upon itself. But what is relative. The friction of energy between the space of the tide is relative to the glisten in the spectrum of light that identifies the temperatures of both cold or heat. Take two candles and light them at a distance, and then as their flames are placed closer together, the heat from the flames take over that space. This relativity of energy allows for the inter connectivity of flames to seemingly move in the same direction of space and time.
As for the flames themselves, the blaze from the flames intensify until there is no more room in space to occupy, and hence the flames extinguish compacting upon itself allowing the cool to rush in upon the smoldering residue of ash.
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