At previous chapter was shown, local movement within ether can only occur into two directions same time. Example of cylinder there, with its twisted connecting lines and its bended longitudinal axis, is to compare with a steal spring. Windings of spring can be more or less narrow to each other, each change of shape however would be inevitably combined with corresponding bending of spring´s longitudinal axis.
Within ether exist whether grid-lines nor border surfaces, however these (fictive) twisted tracks show, which kind movements within ether can only occur: all times only by more or less bending. Movements within ether are possible anywhere - however only into directions of both coupled movements.
In order to discuss possibilities of movements step by step, at this chapter here at first are discussed movements only within one surface, thus only two-dimensional. Demanded movements into third dimension are discussed at following chapters.
Above this, at first this area of local movements is assumed to be stationary within universe. Wandering of these ´whirlpools´ through ether of universe is discussed some later.
Outside Calmness, inside Motion
Movement within ether in principle is quite other kind than motions within ´material world´. Material car for example rolls ahead at road, so this body is shifted alongside its supporting surface. Material wheel turns around its axis, at outer circumference moving by faster (absolute) speed than further inside. Typical properties of mechanical movements of material occurrences thus are linear movements (of any shape) and ´rigid´ vortex (of round turning shapes).
At picture 03.04.01 is shown opposite principle of local movements within ether. Black points at outer circumference represent Free Ether. These ether points are only ´trembling´ at spiral cluster tracks of universal ether movement, by very small distances. So these points here are called relative stationary resp. ´resting ether´.
Each ether point is located directly besides its neighbouring points. Neighbouring points here are marked by bended connecting lines. These curves more or less bended meet at one point. Within three-dimensional space, all connecting lines are same length (only here at two-dimensional view top down these lines appear of different lengths).
If now a strongly bended curve should become less bended, connecting line of opposite side must become stronger bended. Point of intersection of all curves thus can be moved at central marked circle, while all outside (black) points are not involved.
These are decisive characteristics of all local movements within ether: movements within an area is well possible, while border of area keeps stationary. Near centre of area all times is much more motion than at outer parts of area. It will never occur turning-around, but only possible are swinging movements at circled tracks.
This animation shows general process of all local movements within ether. There is no circling around axis, central ether points are only swinging parallel around centre. Motion is comparable with ´wobble-disc´ (resp. swinging sander), where e.g. right border all times keeps right side. Central ether points show relative strong swinging motions, which become smaller distance towards outside, until resting ether at border (thus swinging is fading towards outside, quite different to previous example of swinging sander). These differences of movements are equalised by changing shape of connecting curves (which here are only drawn by view top down).
Sea Waves Roundabout
Comparison of sea waves is to mention once more, like discussed at chapter Overlays e.g. by picture 03.02.01. All outside resting points correspond to ´stationary waters´, far below water surface. From there, bended connecting lines guide upwards to surface. Whole surface here is concentrated within one point of intersection, i.e. these sea waves fictively are arranged around that centre.
´Wave´ of water surface here is swinging around central marked circle. Differing distances between calm area outside and central area in motion are equalised by swinging connection-curves differently bended.
Nucleus and Balancing Area
An other characteristic criteria of local ether movements gets obvious: there is a centre of motion (here marked by central circled surface), however there is much more motion demanded within far reaching surrounding area (like sea wave at the surface represents only small part of all involved waters in motion).
These balancing area outwards to resting ether is much larger than core. Bending of connecting lines and central nucleus of motion are extremely overdrawn in these pictures. In reality, connecting curves are only minimum differing and balancing area is wider than nucleus by many scales (e.g. like diameters of sun in relation to whole sun system).
Dislocation of Ether Points
At picture 03.04.03 previous dislocation of bending within connecting lines is shown once more. Here is drawn only one connecting line by view top down, i.e. without its bending into third dimension. Black points left and right side represent Free Ether (relative stationary), one point at centre is watched while moving.
At A connecting line left side is bended only little bit (thus is relative long), connecting line right side is bended stronger (thus is relative short), so observed point is shifted a little bit to right side.
At B both bendings have changed and observed point is shifted to left side by distance L. By this motion thus linear movement would occur.
As bending is possible only into two directions same time, this point won´t move linear but at circled track (K). Four situations of this movement are shown at this picture at C to F. Following animation visualizes this movement´s process by some pictures in motion.
Also here is obvious, not only ether points near centre are in motion, but all points at connecting curves are dislocated (and all neighbouring points round about, here not marked). On the other hand is obvious, movements are symmetric to centre (by view top down), however not symmetric to straight line between opposite points of resting ether (quite left and right side). Area of movement of this connecting line as a whole is marked by light yellow.
Additional or Essential
Within medium of particles (e.g. gas, water - or within nothing), balancing areas like these would not be necessary. In common understanding, only nucleus of many occurrences is assumed to be material fact. Above this, appearances were called ´long distance effects´ or ´mutual interaction´ or ´physical field´ of different kind. These ´additional characteristics of material facts´ are often neglected or not clear defined or even not registered (e.g. like ´para-physical aura´).
Within part-less ether however, existence and behaviour of movements at areas outside of nucleus are absolute necessary facts, no additional abstract aspect but real (mechanical) motion. Within gap-less coherent ether, these processes in wide surrounding areas all times are as essential like movements within narrow core of all motions.
Previous pictures show movements only at two dimensions. Next chapter now are to discuss movement pattern within all three dimensions.
| 03.05. Circulating Wave | Ether-Physicd and -Philosophy |