Examples of using Aetherpoints in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
Below at D are marked these blue aetherpoints, here resting within space.
Aetherpoints of an edge there did wander little bit outward see arrows.
So distances between observed aetherpoints no longer are constant resp.
Aetherpoints however can not move towards left as we like it, because everywhere already same aether with same density exists.
After half turning of clocks, their hands will show down(at B)and thus all aetherpoints now are positioned further down.
Between these aetherpoints is drawn a connecting line representing neighbouring aetherpoints.
An ordered flow within the gapless aether automatically forces neighbouring aetherpoints to move adequate.
Distances between aetherpoints(at each end of clock-hand) show different lengths and are varying all times.
That motion no longer is steady,but is compelling result of keeping distances between neighbouring aetherpoints.
This stick represents connecting line of neighbouring aetherpoints and at both ends two aetherpoints are marked black.
When aetherpoints are swinging around vertical longitudinal axis and momentary are moving towards left, no'gap' may come up at right side, i. e.
The blue layers upside and below represent Free Aether here called stationary,even their aetherpoints are'trembling' on narrow spaces.
If the aetherpoints below are moving at each circle tracks, all aetherpoints of these lines must also move at circle tracks.
Depending on the relation of the radius,the turning speeds and the turning-sense of overlays, the aetherpoints will move on most differing tracks.
Both aetherpoints at D and E move with different speeds(see arrows), however are swinging by likely angle-speed around system axis.
This double-helix practically represents a standing picture of the fluid-flow oranalogue it represents the connecting lines between aetherpoints.
All aetherpoints thus describe a half circle and will come back to their starting points after following four time-sections.
An aetherpoint won'twander whole length of these arrows E, but all aetherpoints of that region are shifted just a little bit into direction of arrows.
At areas between, aetherpoints are swinging at tracks representing transmission from circled to linear motion here marked by un-even, oval tracks.
If a railway-track would represent the connecting line between neighbouring aetherpoints, the deviation from straight line could be just 1 m at length of 10 km.
Also here all these aetherpoints are swinging within space, from left to right and back again within plane of picture, up and down in vertical direction, so at circled track.
That(nearby) elliptical trackagain is drawn only representative for all aetherpoints of that area swinging at analogue tracks, however by much smaller dimensions.
When clocks are turning, all aetherpoints are swinging synchronous, each around its own fulcrum and this motion pattern here is called'swinging' opposite to term of'rotation'- what can not occur within aether by itself.
Such spacious flows are impossible within that gapless aether.Neither at the outside border nor within the flow, the aetherpoints can'scratch' along each other like it's possible within a particle-medium without problems.
Naturally also there all neighbouring aetherpoints must keep constant distances all times, must occur synchronous or adequate swinging into all three directions same time.
A local concentrated motion pattern is only achieved with a'double-crank'(analogue to crank-shaft of two-cylinder-engine), like sketched at picture upside right atF. Blue arrows show whereto aetherpoints at this moment are shifted in horizontal level.
As long as this is true, all neighbouring aetherpoints at connecting line are swinging harmonious within space, moving at that cone-mantle between Free Aether and centre of potentialvortexcloud.
Hull, this motion pattern here however represents a'solid' sphere. All aether within sphere-surface is also swinging synchronousthus not only both cones between observed aetherpoints but all neighbours in all directions are swinging analogue.
If that bending into direction C should be locally limited, some black aetherpoints must be shifted(relative to their blue aetherpoints) around at a closed loop(see D and arrows) for balancing the dislocation.
The Free Aether thus now is called'resting' and its aetherpoints are called'stationary' even the basic movement naturally exists, however by much smaller dimensions compared with these wide coarse movements.