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A happy new Year!

At the 1. January 2017 I made a walk beside the river Moosach near Freising.
A wonderful light and a fractal landscape!
Beautiful whight trees,
http://www.wackerart.de/Foto/freising/freising.html

Hermann

The great laboratory of lights at Magurele is ready.
The physicians allready created the machines for to make the greater laser of world at the basement of this laboratory.
This laser is usefull for building microscopical chip and to carving those, and for tu high surgery technology like as destroying cancer bulbs, and can be as very thin but strong light fascicle.
This great laboratory was been released in autumn 2016.
 

http://m.youtube.com/watch?v=i6WxIblKVZI
Always dissatisfied with populist explanations of quantum entanglement . Schroedinger intended his cat to highlight the ridiculousness of superposition of particles . Superposition of waves yes, but particles: no !
So why do we in this age claim particles may be superposed? Because we accept "wave bundles" as particles. And yet we have no clear idea of what wave bundles are.

Even if we accept n aether we can not decide if aether is material, non material or both.
As the physicist pointed out, the " famed" quantum accuracy is an accuracy of probability spread of results, that is akin to saying tha one can set error bounds on a resultant measurement calculation.

So what is quantum ntanglmnt telling us? Omly that there are 2 opposing behaviours to every dynamic measurable behaviour which can not be separated analytically from each other, like a dipole cannot be separated into poles. In fact pole or polarity is a dynamic concept so their existence does not determine their static relationship.

Where a finite wave region exists or is estsbished, the ends of that region may be free or bound. If free the waves have the same amplitude but opposing screws. If bound the waves have opposite amplitudes and opposing screw. This is a basic Quantum entnglment in a wave deformation in a medium .
If the basic aether is a magnetic one then these entanglements are complex trochoidally dynamic surfaces of equipotental pressures in which curvilineal force vectors emerge as defining the equipotential surfaces.

That these may manifest as a cat in superposition is nonsense. Our perception causes any information carried by the waves to be filtered and thus we perceive a filtered view of reality. Our instruments will detect both or all reflecting surfaces of the wave dynamic , but not a live or dead cat!
It is time to kill schroedingers cat in the explanation of quantum probability distributions, and quantum wave interference.

The magnetic patterning we call electromagnetic radiation is but a part of a more fundamental patterning of materiality.
Suffice it to say that  we have depicted it's dynamics by the dynamic behaviour of the sphere .

This is not to say that our model for measurement is the law of Gods or of nature, but rather our human apprehension of rational or logical behaviour which is comparabl.

The simple sphere is the oundation of allmpythagorean mosaic designs , both in part and in whole, but it is too simple for observed dynamics. The study of conics was part of the advanced  discourse of senior pythagoreans , but it was Eudoxus who epitomised the epicyclic  discourse of planetary motion.

We refer to picyclic forms as roulettes or Trochoids, and it is these little understood dynamical forms that underpin our modern theories of wave andarticle motion.

Unfortunately the language of modern maths nd physics obscures this.

We can apprehend this by circular arc  vectors.
Circular arc vectors in the geometry of the Quaternion can be thought of as corpuscles of a spring like behaviour, in fact I prefer of a presure like behaviour., for a bubble of pressure is contractive nd expansive. .Presure also naturally gives rise to circular vectors. .
It was young who proposed a rotational spheroidal light propagation model, but he was over ruled by Arago and Fresnel who won the argument for. Transverse wave. .

Lord Rayleigh in his notes on wave mechanics and De Broglie pointed out some anomalies of this position but toed the party line.
There are two basic  behaviours : expansion and contraction . The general trochoidal motion is by a patterning of expansion and contraction along all radial vectors that identify phase in the rotational surface vectors of the corpuscle.

Magnetic patterning when dynamic is expansive and contractive in every radial direction and at different scales . The phase and amplitude of the rotations with the expansion nd contraction creates regions that are fractally similar that move out or in by phase interactions. .
This is the model of a radiating source on its own .

A radiating source asymptotically decays by this process as the environment comes to some dynamic equilibrium .

The question of the origin of radiating source centres is answered by interference in the assumed trochoidally dynamic materiality. One could imagine that they appear spontaneously and unpredictably, but that would deny the actual onscious constructive and purposeful origin of many of these sources. . This is why the laws of thermodynamics are limited, and not applicable outside of the context of the more general magnetic patterning.

The interaction of many of these radiating sources creates a radiation that is both corpuscular nd undulatory , but unlike surface waves in the oceans , these are pressure waves like an invisible inaudible " wind" whose frequency we experience as heat , heat presdure( temperature or expansion in a diathermal chamber.) and light.

This kind of propagation is already diffracting, reflecting nd refracting in so called free space, the behaviour at. Single or double split characterises the materiality of the media involved. Thus absorption and retransmission contribute to the phase selection which promotes polarisation in the expanding radiation front..

The fact that we havevomcalled circular polarisation indicates that so called linear polarisation is a um od rotating , phase interacting radiation of a more omplex fom than sinusoidal transverse wave deformations.