At previous chapter was worked out, all ether of universe shows basic-movement, at three axes of space same time, with graduated frequencies. Frequenciesof waves are each 3/2 of previous resp. by view top down waves show 2/3-law.
This assumption is based on results of global scaling, where at overlays of waves graduated like this, does result spreading of nodes, which correspond well to probability spreading of occurrences at many areas. Most small follow of integers, corresponding to that 2/3 regularity, are wave lengths of 4, 6 and 9.
Opposite to theories of gravity-waves and of global scaling, here is assumed ether itself serves as order-waves by its own swinging movements. So regularities are build and represented totally real, affecting all other movements within universe. These other movements practically are all occurrences of material world, however also of spiritual world.
Components of Movements
At first, sections of tracks of these basic movements are to describe by some further details. Picture 02.09.01 therefore shows diverse sections of movements. These are based on previous assumption: each time unit will occur at plane of X-axis four ´steps´, at plane of Y-axis 6 steps and at plane of Z-axis 9 steps.
One unit of steps is comparable with one move of knight at chess. Chess-knight is allowed to go two steps ahead and one step aside. Here at three-dimensional ´chess-game´ third direction allows / demands additional movement, again right-angled like previous directions. Assumed is left-turning in general (as many observations show and are discussed later).
At this picture at A that ´knight´s move´ is shown: 4 steps into direction X, 6 into direction Y, 9 into direction Z. As all three movements are done same time, an ether point would move at grey curve within space (from thick blue loctation to thick green location).
Ether can´t move linear, but all movements are done by turnings (multiply integrated). At B, correspondingly these sections of movements are drawn as sections of circles. Again is drawn grey curve as resulting movement of an ether point, at bended spiral track.
As turning speeds at each axis resp. plane are different, each circle section around each axis does show all times into different directions. At C for example is shown, turning at Y-plane shows some more to right side, while curve-section at Z-plane shows some more upward (compared with situation at B). Correspondingly results some other shape of curve of ether point.
So there are differently shaped sections of track of ether points, based on different frequencies at each plane (concrete based on different revolutions each time unit, around these three axes). Shape of sections change all times, however all times movements occur at three-fold twisted spiral tracks, by shorter or longer distances each time unit, thus also be different speeds.
Even these movements represent strict order, as a whole are resulting tracks of spiralclusters, like already described at earlier workouts. Whole process of movements is compound of many of movement-sections above, each section showing other shape within one complete cycle. This track might make confusing impression, however is no ´chaotic cluster´ at all, but mirrors really real and really concrete previous 2/3-law.
These tracks are no longer simple (large-) circles around a sphere with only smooth transitions from one circle to next (like at first logical steps of considerations above). These tracks now are looped tracks of most different shape within a fictive sphere. Nevertheless, based on two-third-regularity, all transitions still are smooth, all times bending more or less into all three dimensions of space, all times more or less left-turn.
Different Radius
It was already mentioned above, probably additional degree of movement´s possibilities could be different radius of different turnings. This alternative possibility is shown at picture above at right side.
At D is shown movement of X-plane, which for example could do this angle of 40 degrees each time unit, at a radius of 9 units. Below at E is shown section of track at Y-plane, which shows 60 degrees at radius of 6 units. Below at F is added Z-plane with turning of 90 degrees at short radius of only 4 units. Below at G lastly, these three elements are added and resulting track of ether point again is marked by bended spiral curve. Tracks as a whole would be some shorter than previous tracks with equal radius.
Movements of different revolutions (resp. angles-speeds) at equal radius result different turning momentums at each direction. However might be necessary, all turning momentums are same amount, so towards outside there are no resulting forces, thus universe as a whole could be stationary ´within space´ (of probably Nothing outside universe). By corresponding relations of angles-speeds and radius this is easy to achieve (however I leave this problem to experts for detailed calculations).
Wishful Thinking
Upside at considerations about standing waves I mentioned, wishes could be father of thought (without checking out real possibilities). Without doubt there are standing waves or at least standing nodes, multiple within universe. Without clear adjusted mirror however, these standing waves can not exist continuously.
Analogy now I had ´strong wish´, ether as a whole shall do basic movements. I deduced this opinion logically from several points of view, however one still has to ask whether it could really be possible or it is real fact indeed (indispensable act for exact approach, like mentioned at Introduction).
So now it´s question, whether and why universe indeed is ´stationary´ within space, even ´vibrating´ on and on like discussed above. So once more we have to take ´divine position´, looking from outside at sphere of universe. At picture 02.09.02 this view is shown.
Rotating but up and away into Nothing
At this picture left side is shown, how Tennis-God would handle universe-ball. At first, he would carry out hit (1) at X-plane tangentially towards ball (always drawn only disk of diameter). Ball would start rotating, however also flying curved ahead.
Tennis-God is running fast, hitting (2) ball tangentially upwards (at Y-plane), afterwards one more hit (3) right angled to previous (at Z-plane). If hits were done by different speeds, ´universe´ would turn as wanted, however would buzz off into ´wide Nothing´ (grey curve).
At this picture right side schematically is marked, how a God familiar with atom-model would set to work. He would bear universe ´cardanic´, thus like ship-compass is beared or even a gyroscope is build. At first, he would set central sphere into turning movement (marked by green disk), afterwards would turn axle-bearing right angled (red disk), lastly also outer axle-bearing. That three-fold turnably mounted ´globe´ resp. whole universe would do movements at tracks wanted, also by different angles speeds.
However, Tennis-God like Atom-God wouldn´t have achieved movements as really wanted, cause universe by its circumference would rotate. Opposite however, all ether points shall not rotate around central axis, but must swing synchronously like describes upside at Spiralcluster at picture 02.06.02 and visualized by animation there.
Swinging instead Rotating
This process of movements, only God of previous elegant headwaiter has under control - like shown at following picture 02.09.03 at upper row. With both hands he holds tray (resp. universe) at X-plane and leads it as a whole in circled movement. One ether point thus is at locations 1, 2, 3 and 4, at one spot after the other, then again at location 1, 2 etc. Universe thus don´t rotate but is only swinging at circle. Then, with both hands same time, he does analogue movement at Y-plane, lastly in addition at Z-plane.
Again one ether point, at one moment after the other, will each be at positions 1 to 4 - however not like shown at this picture separately, but all locations 1 are identical, all locations 2 are congruent etc., i.e. ether point is moving at each resulting section of track as discussed above. All ether points of whole universe move synchronously that kind, at different sections of track, however at one moment all do same curve.
If now ´divine hands´ let go universe, universe will hang free within Nothing (as out there is no gravity). Nevertheless it´s questionable, universe will go on swinging. This question is answered by picture 02.09.03 at downside row.
Arrows there mark turning momentums, all same lengths, so of same amount, as movements are done by different speeds and correspondingly different radius. Axes resp. planes here are drawn by side-view (some diagonal). However as usual, X-axis shall show from left to right, Y-axis from bottom to top and Z-axis shows right-angled to picture-plane (into screen or paper-surface).
Directions of Movements
Movements within plane of X-axis occur at a circle horizontal to picture-plane (one half circle in front of and one half circle behind of picture-plane resp. paper or screen). Ether point in front of screen moves to right (R), then moves into screen thus backward (B), behind screen it moves to left (L) and again forward (F) to and through screen.
Movements at plane of Y-axis reach vertical into screen (like above one half circle in front of screen and one half behind screen). Ether point in front of screen is lead downward (D), then back into screen thus backward (B), behind screen moves upward (U), lastly again forward (F) through screen.
Movements at plane of Z-axis are easy to understand, cause circled movement is done at surface of screen. Ether point downside is moving to right side (R), then upward (U) and upside to left (L), lastly again downward (D).
Balanced Turning Momentum
Special appearance of this movement´s process within three planes now is, each of these six directions is done twice. There are two movements to right (R) and left side (L), upward (U) and downward (D), backward (B) and forward (F).
Opposite to each one left-turning-momentum exists one right-turning momentum and correspondingly at all other directions. Based on different turning speeds e.g. two movements to right side can overlay, but also one right- and one left-movement can compensate mutually (so at this moment, movement only at each third plane is done), correspondingly at all other combinations of movements.
Like at normal waves, momentary ´stillstand´ does not mean end of movements. Both movements still exist, at this very moment only build standing node. Even diverse turning momentums occur at different moments, in total all are balanced as a whole. This will mean, whole universe well can be stationary regardless of complex movement´s processes, at the other hand steady ´vibrations´ can go on and on, cause balanced totally.
Disciplines of Sports
These movement´s processes are complex indeed, however not only godlike but many sportsmen (like -ladies, like normal working population) have artistic skills for controlling ´movements-figures´. Complex figures like these e.g. are known at aerobatics and gymnastics, at figure skating and springsport diving. Actually, steady new figures are created e.g. by freestyle snowboarders. Naturally most creative are sportsmen resp. artists with most expensive (sports-) equipment: ´quarks-sport-fishermen´ found some 300 ´elementary particles´.
Already at chapter Real Certainty at paragraph ´Quarks & Co´ (title of German TV-program) was mentioned, one merely can´t talk about ´particles´ by ´survival-times´ below nanoseconds. It´s rather probable, these are short moments of movement´s ´figures´, analogue to movement´s sections above.
Already terms used or names of quarks are significant: up, down, bottom, top, strange, charmed (it´s rather ´strange´ something disappears into screen, but one is ´charmed´ it appears again). At quant-mechanics are usual terms e.g. spin (0, 1/2 and 1) or bayon-number (+1, 0 and -1) or elementary charge (1/3 and 2/3, normally only 1). For example, three quarks build one elementary particle, by fiddle steady interplay. Sub-elementary particles ´disintegrate´ into other particles and all show mutual ´interactions´, by different forces.
Basic pattern and enlarged Copies
All this remembers more at movements above than at real solid parts. At least that´s important hint, how and why ´material´ shapes mirror ether´s basic movements, as enlarged copies of basic pattern.
Structure of elementary ´particles´ is described at following part 03 as ´local movements´. At following chapter however, at first is to check whether these three movements are sufficiently complex or which kind extensions could be.
| 02.10. One-Two-Three-Four | Ether-Physics and -Philosophy |