Objectives
Investigations about rotor-systems brougt up questions about Ether, Gravity and Inertia. Conciderations leaded to aspects of Material and Immaterial Matter. Basic statements of both large workouts are summariced within chapter Ether-Theory.

Most extraordinary idea there was motion of that Unique-One within itself, thus all occurances are based solely at this one and un-dividable ether. We all may well imagine, how separated units will move relative to each other or how gear-wheels will fit to each other. However movements without any gaps, motion within itself, are hard to imagine. That´s why here I will try to visualice these motions by picturous examples.

Here at first, motions of ´free´ ether will be dicsussed, will say ether of universe as a whole. Next chapter Local Ether Motion will discuss patterns of movements which could represent material particles or physical forces.

Continuum
Some readers mentioned this ether theory won´t be new, as Newton, Helmholtz and others did describe ether long ago. This will be true, nevertheless I guess actual physics won´t take in account these aspects.

Ether there is defined as a ´continuum´ with properties like an ´ideal gas´, e.g. similar to helium-2-. When thinking about gas, all times particles are assumed, differed by gaps. ´Narrowness´ of particles is called denisty, intensity of relative motions is called heat. Ether won´t show density nore heat. A gas also may expand, so property of un-dividablity of ether here is not given. So, no gas can show characteristic of a real continuum at all, thus can not make a true picture of real existing medium completly filling up whole space.

Even better would be to compare properties of ether with those of water. However also water can be divided, on the other hand water is not compressible, so in principle doesn´t show charateristic of ´elasticity´. Honey can hardly be differed, does show a ´connecting´ masse. This ´sticky´ characteristic however is like pulling-force. Lastly effective however only pressures can be, especially at fluid-technologies.

A substance in state of gel will show best picture of properties of ether, e.g. like jelly pudding. If pulling forces are effected to, that pudding will be destroyed (no density reduced). If pressure forces are effected to, that pudding will take it elastically with internal swerve motions. Above this, most impressive and ´beautyful´ characteristic will be, jelly pudding will vibrate and waggle.

So ether will be compared best with a gel. Opposite to pudding above however, ether must be concidered extremly ´liquid´, so ether may react at any influences rather timeless and without any friction. Only by these characteristics ether will make possible, that ONE gap-less moving within itself. So, there never will be an ´outside´, all will be done within-itself. How these motions can be done, that´s subject of this chapter. At first however, some further aspects shall be pointed out.

Pressing towards
It will make sence, never to think by any particles, but only to assume existance of movements different kind. As all ´material matter´ lastly will be in motion, ether by itself won´t stand still in space, even not at outer space.

Since years, gravity is described to be based at steady given (ether) vibration-pressure within space (I don´t know who first mentioned this), so pressure-shaddows around celestial bodies will hinder this pressure (thus show gravity) resp. by mutual shaddows between celestial bodies forces will press them together. This explanation does make much more sence than idea of some (mysterious) forces of ´attraction´ or even ´gluons-atoms-forces-glues´.

By Alternative Gravity Theory of Edward Krausz and additional workouts of Hartmut Müller (concerning gravity resp. Global Scaling, see External Links, raum&zeit, only in German) these aspects were detailed and pointed out their general importance (for example Krausz did approve over-light-speed by experiments). As source of (gravity) vibrations were assumed explosions of celestial bodies. However I guess, there won´t be sufficient and steady energy for continuous occurance of gravity.

In my earlier statements of ether theory, I took the idea from Oesterle, within celestial bodies ether would change to materia (don´t know who first mentioned this aspect). By this, continuous and relative steady flux of ether would flow into celestial bodies, thus effecting gravity. I did try to explain this effect by impression and copying of motion patterns, so asymmetric pulsating ether pressure-fronts will exist, rolling e.g. towards earth.

Space-Quantum-Media
Also Oliver Crane did suggest a Space-Quantum-Medium and a central ´Oszillator´, which will keep this media steady pulsating by asymmetric motions, where standing waves will result of. Local areas of lower or higher pressures represent electron/positron and thus material particles are build, electric charges and magnectic forces can be explained. Materia and celestial bodies will show some resistance against standing waves, thus again vibration-pressures from all sides will exist in space.

However, Crane´s concept does demand several preconditions, e.g. an enormous outside-pressure must effect towards our universe, on the other hand low-pressure-areas must exist permanent. Unsatisfactory for me also is, there should be a center of space, thus prefered direction within space would be (what would make sence only within a hollow-world, see below). Vibrations and standing waves there should be sphere-shaped, i.e. lastly all forces and materia should have to be oriented into that direction. On the other hand, based on diverse reflections at materia, motions of space-quantum-media would lastly be rather chaotic. So Crane´s ideas won´t cover demanded properties of ether discussed here.

Border of universe
If I did understand Oesterle (Golden Middle, see External Links, only in German) well, there can´t be any absolute stuff. There can´t be that singular big-bang, nore there can be infinity. Nevertheless, many genesis do talk about that SINGLE ONE, all-present and all-penetrading, all stuff made of. This unique matter, really could be ether (with properties above) - and ether-´pudding´ still finite.

A pudding will keep its shape, e.g. also a rather high cylinder on the plate, as long as pudding-masse and pudding-masse will be side by side. As soon however, e.g. at the top side of that pudding-cylinder, a slot will open - or even an air-bubble inside of pudding would be - pretty pudding will break in parts.

When we assume ether really to be un-dividable (and every materia also will be ´made´ only of ether´s motion), so there can´t be any gaps between, thus nothing expandable can be (like slot or air-bubble within pudding above), there can´t be any room of anything else than ether. Like pudding-cylinder, ether-universe-sphere will have no reason nore chance to ´break in parts´.

Only by outer forces, pudding could break, e.g. by gravity. If however, space outside of our universe would be rather neutral concerning forces against our ether-´pudding´, this universe could ´hang´ free within that room and keep well its (probably) sphere shape. Within that outer space, there could exist other universes, like ours or of quite other constructional design.

Suction, I always called un-effective, cause lastly only higher counter-pressure can show any effect. Also here at this finite nature of universe, this ether-sphere won´t be kept together by suction, but an occurance like adhesion. By adhesion, material parts will keep together cause no (expandable) medium is between. Thus, when we look at ether not to be quanted or differed any kind, effect will be analog - only here will be nothing else but ether nearby ether without any gap.

If we look at ether not to be somehow like an ideal gas, but do think ether as a real existing continuum, without any chance for room between, then even questions like this concerning border of universe will find a sensefull answer (without assuming any special conditions outside that universe).

Circle- and sphere-track
So in general might well be assumed, a medium will show (gravity) pressure impulses from all sides towards celestial bodies. These vibrations can not be totally chaotic, but will be continuous (with a minimum or even no input of energy) only when resonant movements in general will exist.

Following will be discussed, which kind of basic movements ether within universe could show. Ether-points will be looked at, where a ´point´ really does mean only a location within space. So a point does only describe an actual position within ether, as ether can not be divided really (opposite to ´particles´ of material occurances with their real extension in space).

Most obvious kind of motion are circled tracks as shown schematically at EVGRS 61. At A, a frontside-view is shown, blue marked motion upwards, red marked motion downwards. Same time there will be motion right-left. B will show view from right side, C will show view top-down.

This motion won´t be sufficient, cause there would be a dominant axis within universe. When this circled track will be put diagonal into space (F view top-down), an additional motion forward-backward will be (and frontside-view (D) and side-view (E) will show elliptic tracks). Nevertheless, at diagonal view this additional motion won´t exist, thus again one axis would dominante universe.

So to this primary motion (A, around axis vertical onto picture-surface, green point) a second circled motion must come (around vertical axis within picture-surface). As views of all directions of universe should look alike, both circled motions should show same speed. Thus a point of ether would have to move on surface of a (virtual) sphere.

U-8-Form
While moving upwards (H), thus motion will walk around one turn (I), e.g. counter clockwise. Motion downwards within space, then will use same track. Looking top-down (I) this point will move twice on a small circle outside of central axis. View from side (H) also will show motions only at one side of that sphere-surface. Only frontside-view (G) will show a track like figure of eight.

Thus again, from different directions of universe tracks would look different. In order to achieve all-side symmetry, this track should have to turn around one further axis, e.g. as shown at K. Resulting of will be some ´shifted´ figure-eight-tracks (like J by frontside-view or L by view top-down). To other directions however, still this U-8-track will show. It´s strange but true, no matter how much further axis these circled motions will be turned in addition, this U-8 will result on that virtual motion-´sphere´.

By this kind of motion, from all directions of space are motions left-right, up-down and back-ahead. In sum, all these motions show same amount, so symmetry will exist thus far. Nevertheless, all times there will remain any dominant direction within space, so universe would show a prevailing axis. As this probalby won´t be, one must search for other basic motions in principle.

Spiral track
Not concentric but also continuous motions are possible at spiral tracks, for example as shown at EVGRS 80, at A by a bended line. Approximately this spiral could be looked at to be formed by several sections of circles, as shown upside at this picture.

A first section of this track (black arc of circle) would show radius rather long, around its turning point (B). Next, even stronger bended section (blue) could show radius half as long around its turning point (C). This axis could move further on (e.g. to D), thus by even smaller radius a rather sharp bend (red) would result.

Opposite to a circle shaped track, a spiral track is characterized by turning points not fixed at a position and radius not constant length. Each turning point will move within space and radius will vary depending on degree of bending of track. An increasingly inward turning spiral track will show decreasing radius, an outward opening spiral track will show turning points moving more and more sidewards to that track.

All motions within fluids and also here within ether, in principle must be thought to be three-dimensional. When A here for example will show a top-down view to this spiral track, so this track won´t be only at a plane surface. While this track will show increased bending at this plane, same time this track will move e.g. upwards, as shown at E by frontside view for example.

This spiral track at a whole, thus would be an upward showing and same time inward bending, three-dimensional line within space. Turning points above (of virtual arc of circles), by this motion thus would take rather different positions in space resp. these axis would show into various directions of space.

Spiral disc
At EVGRS 81 spiral sections like above are put one next the other. A softly bended section (black) will be followed by stronger bended section (blue), this one by a rather sharp bend (red), which lastly will be transformed into a relativly straight track (next black section).

As mentioned above, here is assumed whole ether will show pulsating pressures into all directions. Pressures of similar directions could result a motion into common direction (black section). The longer this motion will go on, the stronger counter pressure of all pressures of other directions will be.

Resulting of will be bending of motion´s track (blue section), with increasing sharp bending (red section). Whole counter pressures dammed up now has to loosen up into an outward opening spiral. All pressure directions first stopped now will have effect into a new direction, which first will be rather straight (next black section).

This changing effects of forces here are arranged within a surface. After some spiral-bows in a follow, even complete symmetry could result.

Spiral cluster
Like all motion also these spiral track motions will be three-dimensional in space. Only some of these spiral track sections are marked at EVGRS 82. These motions will move within a (virtual) sphere (green dotted circle).

Now, after some few follows of motion-sections, not at all a closed cycle of tracks must exist. Opposite, it well could be essential characteristics of ´free´ ether, tracks would show infinite variations in highly different directions of space.

Thus, whole ether of universe would swing in never repeated manner all times. Closed cycles however could represent special properties, where prime numbered cycles (analog to Plichta or Wiedergut, see External Links, e.g. raum&zeit, only German) could represent rather stable occurances.

Within this cluster of spiral sections, turning points above will ´sway´ nearby randomly within space. Opposite to circles above as basic kind of motions, here by these spiral clusters no longer will dominate a special axis, so there won´t be any prevailing direction in universe. Now, in sum all sections of all motions will show same pictures towards all sides.

Even no single track in space would be repeated, all motions into all dircections would be of same value. All times, there are motions up-down, left-right, back-ahead. Looking at one single spiral bow, from diverse directions this motion will show other pictures. As a whole however, all intensities of motions into all directions will be completly symmetric.

So this structure of motion in general, will fit best to idea of all-sided pressures of total symmetry, without any direction in space being prefered. This universal pattern of motion, these spiral track sections with differing bendings, one followed by the other, thus all sections lastly including itselfs, at the following will be called ´spiral cluster´.

Synchronous swinging
These motion in shape of spiral clusters, one point within ether will do. However, this point won´t move much (much) relative to others. This kind of motion is universal, so every point within ether of space will do (nearby) same motion synchronously. In principle, whole universe will swing that kind (nearby) same time.

This can also be demonstrated by an example of fix material body as shown at EVGRS 83 schematically. Around a system axis (SA, black point) center of a rotor (RO) shall be guided concentrically, so rotor axis (RA, red point) will turn around system axis at a small circle track. Rotor thereby could roll alongside a wall (black circle), which is concentric to system axis. Diameter of that wall is but a little bit langer than diameter of rotor, corresponding to distance between both axis.

That point at rotor axis, thus will move at a concentric circle with that small radius of axis-distance. Each masse-point (MP) of this rotor, will also do only small circle motion, each around its own turning point. All masse points of rotor thus will move synchronously that little distance.

Slowly racing fast
At each turn (by still standing wall), border of rotor will move against turning sence that little distance (resp. a turning wall would move with system turning some forward). Towards outside, this little circle motion of masse points might be overlayed with that slow circle motion of large diameter.

An other occurance however is much more remarkable. While the rotor axis will turn once around system axis, the rotor´s border is in contact with each point of the wall, whole circumference long. If this contact for example would result a light signal, that light would walk around large wall-circumference each system turning.

Demanded for this seemingly fast motion, in reality is only that minimum motion of (here fix) rotor body with small excentrity. Speed of light-occurance, by same excentrity and turning speed, is only depending on diameter of rotor (thus well could move by over-light-speed, seemingly, like rotations of atom-nucleus might look like).

Resonance, constance and quantum
Commonly, resonante vibrations are shown two-dimensional with relations of frequencies by integer numbers. This point of view is rather simplistic and much too mechanic, can´t show correctly motion within fluids nore ether in space.

Whole ether will do vibrations highly complex, (nearby) synchronously, i.e. all partly areas of ether into all directions will move resonant to each other. Nevertheless, all components of motions (up-down, left-right, back-ahead) show different pictures from different directions at each very moment. Only at a whole, in sum all motions are absolutely equivalent.

Within these spiral clusters and complex resonance within space are embedded all occurances of material matter and physical forces, each again may show resonance at each higher level of extensions.

Physicans will know or find constant value of basic speed of that universal vibrations. As ether will also be carrier for occurance of light, basic speed might be deduced of signal-speed of light. Physicans also will know or find diameter of spiral clusters as a constant universal quantum. Nevertheless, both views are much too mechanical, can´t fit to real motion of fluids nore ether.

Elasticity
Instead of density and heat of other mediums, flexibility resp. some elasticity must be assumed to be essential characteristic of ether. By the way, elasticity must really be assumed even by material point of view.

When a ship starts to move, water must be transported from bow to stern. Differences of pressures and speeds easily can be balanced by water surface locally going up and down. Some thousand meters down within sea, water however will be ´hard´ and no more to compress. If down there, a fish will start to move, balancing of differences by water surface no more will be possible. Thus, a pressure (earlier in time) must be taken from waters, before (later in time) water can start to flow e.g. from one side of a fin to the other or alongside the fish backwards.

Thus even water must have some degree of (timely limited) flexibility. We well may imagine this, cause still between molecules of water are some gaps. At ether however, there are no gaps at all, no point of ether can glide alongside another. However, as all ether-points all times do move continuously at bended tracks, ´elasticity´ does demand only little displacement of (unlimited number of) turning center resp. axis (like mentioned above). Bending of motion within curved motions in all three dimensions will guarantee steady contact of all points to each other. All motions must be done synchronously, but not same speed same time in all directions. These possibilities of continous and flexible movements are shown next chapter, discussing local motion-clusters in details.

Fading
This occurance can be demonstrated also by an example of material matter. At EVGRS 84 is shown a rubber balloon (A), e.g. filled up with water. This balloon is moving towards a second, similar but resting balloon (B). The moving balloon when hitting the resting balloon, will be deformed (C) sidewards, same time also resting balloon (D) won´t transform whole energy into motion direction ahead.

Even after that crash, both balloons won´t show their original ideal form of a sphere (at least for some time). Original direction (A) of motion energy, thus will partly be transformed into sideward components (E and F), will say that motion ahead will partly be decreased.

Similar to these balloons, spiral clusters above will behave, as in principle these clusters take space of a (virtual) sphere. At least for some times, this room can and will be distorted. An ether point will move at tracks of its spiral cluster, all neighbouring points will move parallel analogly at their spiral cluster tracks, so all points do move within spiral clusters, one included into other similar clusters. Synchronity however can´t be absolute, cause every track section will be ´compromise´ of actual power-relations of pressures and counter-pressures.

What happens at example above between two separated material bodies, will happen continuously between spiral cluster tracks of all neighboured ether points. However, frontal crash above won´t occure, as in principle all points do move parallel to each other. So there will occure only steady small deviations sidewards. Nevertheless, at each bended track, each motion energy ahead will find a ´track-distortion-resistance´. Like there at balloons, thus also here within ether will happen, original direction of motion will steadily be redirected a little bit sidewards. So, original pressure will ´evaporate´ lastly at sideward directions.

Naturally this fading is much less than shown at this picture, but never can be null. Size of this motion-ahead losses might correspond to reduction of brightness while light does spread into space. This loss however is not based on friction, which is not existent within ether (nore heat can be property of ether). Indeed, there can´t be any losses at all. Original motions energy is but divided into sideward directions, energy as a whole will be untouched.

Constant or variabel
This fading in motions direction is ´price´ of flexibility. Reduction of light while spreading within space, vice versa will show degree of elasticity of ether.

On the other hand, this flexibility of spiral cluster will effect, their ideal form of virtual sphere will but exist, when pressures of all directions of space are balanced absolutely. As soon as any local area of space will show some asymmetric pressure relations (and there are differences, see below), these clusters won´t be concentric any more.

So, comparison with masse point of rotor above at picture EVGRS 83 won´t be correct, cause there all masse points of that solid body indeed do move completely synchronuous. Transfered to ether this would mean, a light signal could be seen at all places of universe during one single turn of system (practically same time, so light would be unlimited fast).

Instead of that pure mechanical view one must note, this universal vibration of whole universe not at all can show same intensity everywhere, so no constant frequence can ever exist, nore constant standing waves within whole universe can be. Opposite, this basic vibrations locally well may resp. must show prevailing directions, thus light within universe can not spread by constant speed nore at straight direction.

Mirroring of waves
Students incredulously look at demonstrations of waves and their mirroring, but lastly have to believe waves will be reflected even by ´nothing´. These experiments wouldn´t work without (hidden) trick: when the wave did come to the end of rope or spring, the starting end of rope or spring would no longer be hold fix by the prof, no mirroring would occure.

Without counter pressure (or pulling / hold tied of rope or support fix that spring) no motion never ever would come back. Every pulsating motion requires steady existance of pressure and counter pressure. As pulling forces (or suction) within fluids and ether can´t exist (resp. will be without any effect without higher counter-pressures), ether can not be an ideal gas. Crane did manage this problem, assuming enormous outward pressure towards our universe (thus high, nucleus of atoms keeps together). However, this oppinion just puts that problem outside our universe, so doesn´t show any solution.

Only idea of ether as a real continuum will ´produce counter pressure´ without any demands at conditions outside our universe. One essential characteristic of ether here was called elasticity, which indeed is but ´possibility of gradual dis-positioning´, not to mix up with possibility of compressions like material matter does show.

The other essential characteristic of ether is its un-dividability, so no ´parts´ of ether can be separated of each other, thus ether will be real continuum indeed (as a matter of fact, not seamingly an as-if, like commonly noted). This property of ether excludes every possibility of expansion (negative compression). Only this property will allow mirroring of waves, without pulling at rope above or supporting spring above or assuming extreme pressures above, demanding solutions outside our universe above.

Forms of spiral clusters
At EVGRS 85 center of universe (ZU, German Zentrum) is marked, by an arc of circle also border of universe (RU, German Rand) schematically is shown. Spiral clusters of universal ether motion with its ideal shape of (virtual) sphere, here shall be symbolized by blue circle (A) at the middle. Both-sides arrows there shall mark balance of pressures and motions at this location of universe.

Towards border of universe ´less action´ will be (why, we soon will see), e.g. ether there does show ´less´ motions. Spiral cluster A with its motions towards universe border, so will meet at increasingly ´resting´ ether. As discussed above, original direction of pressures there will be spread sidewards (as marked by sidewards showing arrows there), so spiral cluster B correspondingly will be distorted.

These motions more and more into tangential direction, will result towards outside more and more flat clusters C, which indeed will show prevailing motions tangentially (will say right-angled to radius) on sphere of universe. Based on larger radius out there in space, increasing room is available for that motion. Nevertheless, all these tangential motions there will effect mutual counter pressures, like motions would be dammed up.

Within material matter this state would be described as higher density. Original radial direction of motions there will be hindered more and more, like a cars wheel would stuck into mud. Motion´s energy by itself won´t be lost, e.g. as mud both sides of that wheel will well up.

Quite analog, these high tangential pressures will effect ether motions lastly inwards showing, as here symboliced by form of cluster D and arrows there showing prevailing motion´s directions.

So, if a pressure front at the center of universe would start in radial direction, it won´t run straight outside in radial direction until border of universe. By elasticity of ether, this pressure front will ´diffuse´ in tangential directions. So there are no forces, which could break up our universe, could catapult ´ether-parts´ from universe border into space outside. Above this, property of keeping-together (none-expandability resp. un-dividability of ether, analog to adhesion of material matter) wouldn´t allow that diversification at all.

So these motion´s pressures, meeting each other at the border of universe in tangential direction, will stay within that medium, will together release motion back inside again. Quite outside, at first there will be motions overlaying each other into but small angles towards inside (in spiral clusters like e.g. marked at D and C). One even could talk about standing waves out there, showing little motion but representing high pressure energy.

Further inside by decreasing radius, room will become smaller, so inward-motions will be bundled, increasingly bended more and more into radial direction towards center of universe. Towards outside, thus centrifugal pressure will be spread by large running spirals, ending tangentially to border of universe. At corresponding, but counter-running tracks, pressures will return (mirrored resp. reflected that kind) centripetally. At balanced areas (concerning pressures and directions of motion), spiral clusters will show ideal form of (virtual) sphere (A), further outside spiral clusters will be ´deformed´ (like marked at B, C and D).

Central oszillator or crust
Like a jelly pudding, our universe outside will show a crust (by view of hollow-world the earth-crust, see below), while middle areas do show more ´liquide´. Question now is, which pattern of motion these spiral clusters could show further inside the universe.

At any case, motion´s pressures will concentrate at smaller rooms towards inward radial direction, so clusters like E will be deformed correspondingly. Thus motions in radial directions (red arrows) will dominate. Motions even could hinder each other that kind, spiral track sections in tangential direction (right-angled to radius) become shorter, clusters F would show smaller without loosing intensity of motions, but would show prevailing radial pulsating motion.

These areas of universe, thus well could function as central oszillator as Crane did describe. On the other hand, these centripetal motions could limit each other that kind, ether in central universe again could build out a crust, taking motion´s pressures like an arch of a cellar vault.

By similar conciderations, Crane did describe our sun being build up by diverse shells (and he mentioned several shells of diverse universes around our universe). Also other physicans do assume celestial bodies not to be solid spheres, but build of multiple concentric layers. This central crust (G), at view of hollow-world would be central-heaven-body (not to mix up with ´dark matter´ or ´black energy´ of astronoms, details see below).

At any case result will be: these universal ether motions at all areas of universe will be same spiral clusters in principle, nevertheless distances of spiral motion sections, intensity and prevailing directions, at different areas will be different. It´s absolutely inadmissible, ´constant´ facts known from the earth to project onto whole universe. Especially this will be valid for occurance of light, cause unquestionable ether will be carrier of light. So light can not move within whole universe by constant speed nore straight ahead.

Resistance celestial body
At EVGRS 86 two celestial bodies (M and N) are shown and spiral clusters of universal ether motion again are symbolized by blue circles resp. forms. Outside in space, at areas of balanced relations concerning pressures and motions, clusters will show their ideal shape of virtual spheres (A).

All (at least alternative) scientists do agree, materia versus ether flows will effect some resistance, e.g. ether flux won´t penetrate earth undiminshed. Each celestial body will show a ´shadow´ around itself, e.g. at earth surface will be a much stronger pressure in centripetal direction than into centrifugal direction. Clusters at surface of earth thus will be distorted, e.g. like form E above. These clusters do show a dominant motion centripetally, which we will take as gravity (red arrow).

If this celestial body will be positioned rather free within space, gravity forces at all places of its surface will be same (like clusters here around celestial body M show same form). If however an other celestial body will be positioned nearby, both bodies will mutually cast shadows towards each other. In this case, cluster at M, in direction to N, should have to be drawn other kind, so less gravity power would result (e.g. like high tide is explained by ´force of attraction´ of moon).

Motions motor celestial body
To spiral clusters, space between celestial bodies will have decisive importance. An ether motion, at spiral track section in direction to one of both celestial bodies, will find few counter pressures. So this section of track can show much longer into this direction. Pressures from sidewards are undiminished, thus will press from sidewards onto the motion. Thereby this motion will be accelerated, cause every pressure from aside in combination with motion´s pressure ahead will give a longer resulting-line within a power-triangle, thus higher speed.

While ether within some regions of space will move relatively slow or few (e.g. at crust at outer border of universe or at middle crust), between celestial bodies ether motion will show longer distances and higher speed. While in some areas energy practically will be stored almost static, in these areas between celestial bodies energy will be of high dynamics.

It´s obvious: motions but can result of difference of pressures. Celestial bodies by casting shadows do (passively) produce differences of pressures. So, lines between celestial bodies do work like motors, do produce motions. This motor doesn´t produce energy and this motor doesn´t need energy. Energy can´t get lost, neither material friction- or heat-´losses´ nore within ether (where no friction nore heat exists). Ether all times will be in motion, thus does represent energy - but motions will show locally different speed, so energy is spread not equal resp. not anywhere same kind.

Bending and speed of light
It´s obvious, light from a star behind a celestial body will be deviated by ´prisma-shaped´ spiral clusters (form E above). Same kind however, light will be redirected by ´lenticular´ shape of spiral clusters (form H above) between celestial bodies. At any region of space with ´distorted´ spiral clusters (all forms besides A above) light will be deviated. Same time light will show different speed, depending on prevailing motion´s direction of spiral clusters crossed through.

At EVGRS 87 once more universe is shown, marked by large black circle. If starting from centrum, a pressure (P) would be directed radial towards outside (or a light signal would be send), so based on prisma-effect of spiral clusters this pressure will be spread in diverse directions (Q) or analog to this, light signals will be bended like this, e.g. will reach border of universe at flat angles.

If starting from centrum, a pressure / light (R) will run nearby a celestial body (M), it will be bended even stronger (S). If this motion / light will run between two celestial bodies (M and N) with a small angle, motion will be accelerated. These long strechted clusters between celestial bodies do work like tunnel-effect, Eduard Krausz did show by experiments in Gelsenberg, evidently achieving over-light-speed (and others approved these results).

Vice versa, no light signal starting at border of universe, can run in radial direction towards center, but will take analog track of mirrored ether motions (U). A celestial body (T) looked at from center, wouldn´t be seen ´down´ there, but seamingly in direction of U. So one must note, ´sight of this universe´ totally distorted is (e.g. that´s why geodesy needs lots of correcting factors even at small distances).

There are well documented experiments with laser light rays, directed to crosshairs at a wall, only some meters distance. Within each day and at a long turn, ray of light will move or sway around center by millimeters. These experiments clearly do approve, light will be bended depending on constellation of celestial bodies (resp. ´gravity´, details see External Links, e.g. Keppler, only in German).

Order factor celestial bodies
Naturally this theory of universal ether motion can´t find an answer to most basic questions of ´why who when whereto´. So starting point but can be: this ether-pudding-universe is installed in space. Might be it did vibrate from the very beginning, might be some vibrations did ´mutate´ to occurance of materia, materia did accumulate even to celestial bodies. At any case and absolutly sure: there are motions within universe.

Above simply was assumed, these motions would have to swing and ´reasonably´ would have to be structured (cause by total chaos all would add to null). As now there are celestial bodies within universe, they do have essential importance as a factor of order within ether motion.

Only by areas between celestial bodies will exist differences of pressures, thus prevailing directions of motions can come up. No motion can run into same direction unlimited, but must return by increasing counter pressures. By this, that interaction of forces will result, this continuous transformation of energies from pressures (seamingly static energy) to motion (thus dynamic energy) and back again. These pulsating motions will spread out into other areas of universe, will overlay with others of similar kind, lastly will show motion of spiral clusters with ideal form of sphere.

So by areas between celestial bodies, motions are ´born´ inclusive their first synchronous pulsation, feeding that upmost complexe resonance within universe as a whole. Now, there is common sense, structured motions do show higher degree of information. On the other hand, information is looked at to be some kind of energy. By this view, above ´motor´ between celestial bodies indeed will produce additional motion energy or at least, will transform latent energy into energy showing outward effects.

Summary
There are lots of hypothesis concerning structure of universe, astronoms ´month by month´ do create new theories. Actually, e.g. at ´Spektrum der Wissenschaft´, 3/2001 (Spectrum of Science, German periodica), a ´new cosmos´ is presented. Quote of ´normal materia´ there is traded down to four percent, rest shall be ´exotic dark matter´ and ´dark energy´ (with ´negative gravity´).

Compared with that, it will seam highly unscientific to explain universe by waggling pudding and wheels stuck in mud. To many readers it will seam too simple, explaining all occurances of universe based on that one and only ether with its few clear defined properties.

It´s hard to think in motions of spirals, one including others, hardly to visualize. Nevertheless, to some readers these conciderations will seam reasonable and well to understand, in accordance with well known properties of fluids. So this theory here might meet characteristics of an ether-universe quite well.

At least, this model of universe ether motion does show very clear, our world may not be looked at by simple mechanical view, this universe will not be constructed that kind uniform, any pyhsical ´constant´ of our area can be projected straight ahead into billions of light-years. For sure, all distances of universe calculated on ´constant´ speed of light or gravity-´contant´ must be absolutly wrong.

At following chapter Local ether motions will be discussed, which kind of motion patterns, embedded into universal motion, in principle could be possibel and steady, will probably show occurances of material particles resp. physical forces.

As these two chapters are that large there will be a summary of basic statements at chapter Ether motions.

Ether-Continuum-Theory

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