Gravity perspectives

 Part 4

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November 18, 2005 (C)Copyright

Joel Akin

There are some who think that gravity is the heaviest subject. Perhaps they are right. I think of gravity is the clue that will teach us how to operate future technology and give us insight into how the universe operates. After all we know that the universe expands and contracts depending on the essential knowledge of gravity.

Gravity is the key and the Kee Waves will teach us a little more about their nature if we look at them keenly and sharply. Lets look first at what a Kee wave is. It is the perfect particle which holds two bonding pairs. First we hold the temporal bond and second we hold the partial bond.

The temporal bond is the particle which is held in place by something we call time and the partial bond is the particle we call line beats. Line beats are related to a number of other particles, if you will, called the essential elements of partiality. For example, if I want to hold on to the partial bond I have to understand that it is a particular nuisance if the temporal bond is removed.

The temporal bond is an essential element and is the key to the timing of the line beats. If each line were held up to observation you would see a masking that takes place depending on the rhythm you are searching for. Lets say a 1-2 beat. The 1-2 beat then would line up with the temporal partiality. The temporal partiality is the part 1 and the temporal beat is the 2. So in a sense you have two temporal portions but each portion holds itself together with the particular portion you are searching for. Each line beat then holds itself up and then the masking of each line begins to take place.

Another way to seek out gravity is to hold a line up and measure out the staccato beat based on its masking techniques. Lets say I want the masking to be observed then I would transfer the partial beat into a new temporal mode. I would take the timing of the beat and hold it up in a mirrored reflection until the beat became observable.

If the beat is 1-2 then the partial reflection would be pretty much the same. The same portion of each beat then is reflected back into the nature of something we might call staccato reality.

After all reality is part of the nature of gravity and each portion of its nature is held together by the masked measures of the portions. I think we might called them masked portions or broken measures. Each measure then becomes something we can look at and hold up to observe, much like the notes on a musical score.

The rhythm and the nature of the beat then become its staccato measure and we hold these up for observation. If we know the measure and can observe the temporal portions then we can measure the entire unit of gravity. The two bonded pairs then become molded and then become part of an overall measure or measuring system.

So how do you break down the measuring or bonded pairs? The answer is not complicated but the result is not simple. Take a portion called the masked portion and then hold it up to the light. The light is the streamer and the streamer is the temporal mode of the two pairs. Each pair of the stream is the temporal/partial or single pair and the double pair become the measured beat and the masked pair. The masking of each measure also takes place which tends to occlude gravity or hold it in bondage. This leads to black holes which is a totally different type of gravity.