Movements in straight direction are everydays experience by handling of solid bodies like at processes of many machines. At picture 02.04.01 for example, a ´Boxermotor´ schematically is shown at which pistons move linear within cylinders (accelerated and decelerated like at stroke movements of water waves above).
Materials are moving relative to each other at surfaces between pistons and cylinder. However, just these border surfaces are not available within ether, cause ether is ´border-less´ (internal) universe-wide. So no ether-portions can shift alongside each other, and not linearly by guarantee.
Fluids exist of parts and between ´flux-bands´ exist bordary surfaces, so movements in different directions or of different speeds can glide alongside each other. Also ether is ´soft´ like gases or liquids and within ether is movement possible, even without friction losses. Opposite to fluids however, ether is real continuum and thus doesn´t allow that possibility of relative movements of parts with mutual sliding surfaces.
Circled Movements
This example also shows circled movement, as central crankshaft (blue) is turning around system axis. Naturally also there are bordary surfaces moving alongside each other, e.g. outer end of that crank versus surrounding area (here air or oil, like at any turning wheel). Above this, an other essential point of view is demonstrated by this example.
Whenever a body, moving at circle, comes into new direction (here e.g. upside left), ´masses´ there must be shifted aside (like connecting rod (red) via piston presses air to left side). This process occurs at both sides of this boxermotor, in principle however at each direction around centre of circled movements.
Same fact is valid at ether, however circled movements have not to kick-off only (light) surrounding air, but all around is ether of same ´hardness´. So whenever an ether point (remember: mental unit instead of not existing real ether-parts, see introduction, Special Terms) is moving at circled track, same time other ether points must be moved aside (analogue to mechanical example of connecting rod above).
However, nowhere are ´free gaps´ for immediate storage of surplus volumes of ether. That´s why these simple circled movements (at even level) are not allowed for ether by itself. That´s valid also for previous waves, when in addition to swinging movements also rotating movements around longitudinal axis of spreading direction are assumed.
Outside-inward
Often are discussed movements in shape of torus (general design is shown at picture 02.04.02) as alternative model of atoms or as carrier of energy etc.. Indeed, combination of movements around central axis of system and movements around (round) axis within ring does result most interesting movement´s patterns.
Mostly well-known smoke-rings are presented as clear example, by which e.g. a candle is to blow off at some metres of distance. Medium in motion however is (invisible) air and within that air-vortex (visible) smoke-parts are enclosed.
Ether-medium however can´t move that kind, cause no ether voluminas can be pressed through central small hole (in order to expand later). Here must shift bordary surfaces alongside each other - and ether-continuum has no internal borders at all.
At level of material occurrences, movements at circles or straight lines or outside-inwards etc. are well possible, however not possible for ether by itself. Ether is not only ´materia a little bit different´, but is single real existent substance with unique properties. To find solutions for unsolved problems of physics (resp. so these phenomena can exist at all), ether has to be quite other kind - e.g. may not show possibilities of movements like any ´vulgar´ materia.
| 02.05. No Standing Waves | Ether-Physics and -Philosophy |