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Nice historical analysis, but the conception of space as a "container" is not the only concept of sace. Space as a fluid aether is another conception which allows for rotational dynamics to occur at all levels and Boscovich's force theory to pply with fewer restrictions .
NASA umbral spiral is wrong because the rotational dynamics is wrong. The massive explosion is a rotational event, not a lineal one.
The frequency of the event ( x ray and above) means that the effects will be out of phase with the norm, so phase incoherence will spread around the globe. The amplitude will make this visible. The flare itself is an amplitude event, similar to a MASING emission . The emission of high frequency high amplitude signals results in fractalsising interference recorded as proton emissions. Trochoidally they look like an incredible mesh like volume . The expansion and contraction of the space materiality( say a hydrogen plasma) gives the effect of smallmregional presdure variations or bombardment of protons.
This is not as neat as a laser beam from a cylindrical cavity, because the sun as a cavity is spheroidal so the coherence occurs trochoidally not linearly.
The Viscosity of the space materiality contributes to its modal undulatory states, the cme bubble will have its own rotational dynamics on a reference frame local to it.
Compare the magnetosphere dynamics to these.
A finite element model
computational fluid dynamics model
Of course these are2d while the observations above are 3d .
The inert cylinders contribute nothing to the flow so the bow shock wave is not evident in the models. However the earth is moving in a kind of laminar magnetic flow and is contributing to the overall local pattern.
Here note how vortices retain their identity over complex forms. The magnetic patterning of polarity is therefore a blind of the two vortices in which the unique vortices contribute to a dynamic, but may still be isolated to ends of a magnetic material.
Eds many experiments show that individual north polarity and individual south polarity while codependent in their spatial interaction still can be separated in materiality. .
As far as we know energy or pressure can not be annihilated or created out of nothing, so the inevitable consequence is rotationl dynamics is the fundamental manifestation of pressure or energy.
For at leastb2 centuries we have been taught that at the core of any magnetic behaviour or phenomenon lies the flow of a mysterious electric current! invisible, odourless and in audible we detect it by our physical reaction, either by " taste" tingling or electric shock or by magnetic force!.
The initial assumption that magnetic and electric behaviour were 2 static and unconnected powers of nature were destroyed in 1820 by a report by Örsted of a mysterious connection, which from the outset Örsted depicted as a rotational phenomenon of the natural powers in space. It was Ampère who set out to uncover the mathematical laws of this rotational behaviour , and he reduced it to a circular function law.for Dynamic activity of magnetism involving electric charge moving circularly in circuits. The movement of both magnetic behaviour and electric behaviour he called " courantes". And he basically left off doing any more research.
His dynamic theory thus floundered against established static theories, untill a concord was agreed to combine the 2 camps under the compromise of an indivisible electromagnetism, obeying dynamic differential equations,
However, the electric camp won out over the terminological war and obscured the magnetic camps terms of reference.
The inconsistencies are swept under the carpet: double charge layers beginning and ending in regions if assumed empty space, plasma folding into complex plasmids beginning and ending on themselves,frequencies intimately connected with voltage levels, twisted filaments to name a few.
Ivor Catt questioned the accepted view of today, hearkening back to Heavysjxes and his contemporaries views of a dynamic signal in space or a spatial aether. Later he demonstrated how a constant voltage step is guided between transmission lines and superposeds to higher and higher voltages while dynamically moving between capacitor " plates" .
These high voltage dynamics were then observed to discharge violently , emitting at all frequencies from infra red to x Ray! The connection to radio wave transmission was explored and developed, but the sound magnetic base of all these phenomena was ignored.
It is now a simple comparison to make between MASING in a material cavity and magnetic behaviour inducing and amplified version of itself in its core, leading to a coherent propagation of intense magnetic dynamics! We cal this electric behaviour and it is a mode of magnetism
It is clear that rotational dynamics of vortices underpins his conception of electric and magnetic phenomena. And crucially he explains why electrostatic induction was favoured over magnetic induction . He based it on the interpretation of chemical bonding interactions and on electrolysis.
For him the affinity to electrostatic behaviour was evidentially stronger, than any evidence of magneto static behaviour. In fact there was very little research done until recently on the so called magnetostatic induction involved in chemical bonding and electrolytic dissolution. It was not until Nuclear Magnetic Resonnce was explored that the evidence for magnetic bonding and magnetic dissolution within a solution was found.
The question of the dielectric also was a profound bias. The aether being in dynamic rotational motion was assumed to create a dielectric medium in doing so! Thus electrostatic charge was seen as a product of this rotational dynamic of the aether. It was equally possible and more natural to consider it to produce the magnetic charge.
The magnetic charge would form a universal "dimagnetic" medium . It would be the patterning within that medium that would represent dynamic electric charge mode according to frequency, amplitude and phase.
Thompsons treatment allows for the development of a mathematical description using these 3 factors.
Faradays tubes of electrostatic induction can be replaced by tubes of dynamic magnetic rotation, which is to say that rotation itself can be decomposed into 2 semi circular rotational actions that push and pull, and by a circular arc summation of different frequencies ans amplitudes and phases can produce an explosive or contractive force dynamic.
I have attempted to define polarity by gyre , and revealed the complexity of the interactions necessary , and the independence of the resultant from the materiality associated with it. The trick is to define polarity not as a gyre but as an excess of one tye if gyre over another relative to some surface through which they act.
These tubes of gyre, filaments or plumes of trochoidal dynamics are in evidence in nature and though electrical spdischargesmay be associated with some at certain scales it is the self contained dynamics of them that betray the magnetic / rotational behaviour embedded within. Sparks fly, not because of friction, but because of frequncy and phase of interaction of the gyre tubes in through and around any surface.
The assumptions in this and the following video highlight why rotational dynamics are poorly understood. . The probability approach to physics or the statistical approach was a very bold approach pioneered by Boltzmann. It was Gauss who verified that this was a utilitarian approach to physics and Maxwell who demonstrated the way mathematics had to be employed using these ideas to depict physical phenomena.
The mth , the expectation and the assumptions are crucial to understanding how a bell shaped curve is a probability curve on the interval 0 to 1 and how on that interval the unit circle is our preferred and dominant measuring system. The consequence of this is that rotation is fundamental to our measurement systems, and lo! And behold! It captures actual physical results!
The conclusion is obvious once you accept that rotational forces and rotational force vectors exist in the aether, an aether or a space-time metric or whatever you wish to call it. It is rotation that seems weird to physicists who think in straight lines or lineal decompositions of rotations without getting what the sine and Cosine ratios of these trigonometric lines actually represent physically.
Rotational dynamics are fundamental to grasping why probability is a sound approach to depicting many physical outcomes. De Moivre demonstrated how probability theory is constructed from the measurement of the unit radius ctcle, and it was Maxwell that showed how we unite statistics and probability on that unit interval metrically.
But the physical effects are an indication of rotational / magnetic dynamics in materiality, whether you call it Quantum, String or Vortex Theory.
When light passes through a translucent medium , it is not a free passage but a propagation of absorption and transmisdion interactions at a frequency we clearly can not see. And the polarity of the incident ray Is a circular polarisation which is modified by the medium. So a reflection at a surface often shows the incident polarisation is changed by the reflection process. Only a fraction of the light passes through and it's polarisation is altered .
Again on emergence on the other side the polarisation is altered again.
Filters therefore continually alter the polarisation and certain angles sum the rotation to 0 and we see very little light or rather we see black light.
The radiation in a cavity is not blackbody , but a standing wave , as such it is discrete. However if a black body radiation does exist it will be statistically distributed over the frequencies .
Graphene encourages rotation at all frequencies while silver as a perfect reflector does not because it does not form circular bonds. This reflected magnetic patterns retain their shapes under reflection and tend to cancel out when interacting. Phase differences therefore promote a narrow band of interacting rotations that dominate and stand within a cavity until an escape is possible. This i s Masing. Equilibrium with the external environment is not achieved , and a highly coherent radiative emission is eventually achieved. This is capacitance in another guise not usually associated with electric capacitors.
Thermo dynamics and MASING reveal the magnetic patterning behaviour
There are no batteries in space! A magnetic dynamic a magnetic current pervades or is space . A double layer exists only at junctions or surfaces, where it manifests as Polarities, an excess of one type of magnetic gyre over the opposite type of gyre. These gyres and polarities are not stable! A lodestone or crystalline materiality may appear to have a fixed or permanent region of polarity, but this is the function of material viscosity , that is dependent on such. And yet even within brittle material the polarity may wax wane . Move focus region because it is an effect . It is an effect of the summation of rotational dynamics, not a cause.
Polarity is so outstandingly observable that it is a natural assumption that it is causative rather than effective! .Shaddows are effective , not causative. They appear where light of a given frequncy and intensity does not dominate. That light may indeed be absorbed , retransmitted as a reflection or as a refraction or as a diffraction .
Reflection of course returns the light along a path whose incident angle does notl exceed 90° and governs the reflected path by a symmetrical angle. But the quality of light may be significantly different.
Refraction may bend rotate the path of the light though almost any angle independent of incident angle : absorption and transmission are not phase locked.
And finally diffraction may rotate light in a pattern that disperses or spreads it out in a phase locked way that leads to interaction that cancels or interferes constructively at given regions of space. The concept of black light derives from diffraction . There is light we can not see because it is effectively of zero amplitude/ intensity.
Magnetic behaviour is rotational behaviour with all these properties at frequencies below or above the visible spectrum typically. One of these interaction modes we call electric.
Using the concept of Faraday tubes of magnetic rotational behaviour we can develop a model without electrons or atoms which is fluid dynamic in essence. Of course Faradays tubes would have to be considered as fractal spaciometric dynamics so that at one scale a dot exists as a spatial region, but at another scale that dot expands into a galaxy of other trochoid al forms and surfaces. The energy , presure and manifest fotces appear out of the aether associating with specific or dynamic reference points.
Mathematically based on the topology of the physics and Chemistry we can constrain and describe certain displacements . It is these displacements Maxwell attempted to deal with generally first by Quatenion algebra, thn by a much weaker vector Algebra.
Today mathematical physicists attempt to use a geometric algebra, without reference to the chemical restrictions on it.
Happy Kaputim !
As Dr Ming goes through the philosophy of Tai Qi he explains the essential rotational dynamic at the base of its concepts.
One of the basic mistakes made is to make a battery the source rather than this dynamic! A battery is a store or trap only.
Qi is magnetic energy dynamically rotating in materiality. Elixirs , humours, fluids are all electrolytic materials which support this rotationa dynamic more generally than crystals or solids.
Certain solids highlight the electric mode of magnetic behaviour, others highlight the magnetic behaviour , because the electric mode is too high a frequency to stabilise in those mediums ( ie they are highly conductive and convective) . Certain organic crystals trap that mode within its surface interactions.The metallic crystals do not have the carbon ring structure to trap this frequency of oscillation, rather the lattice tends to spread it out. However when the crystals are arranged into domains , filaments of the size of the rotational dynamic, the filaments are stabilised in a coherent way, that is dynamic. It takes it's power from the outside and transmits it out in an accelerated form that expands and slows down.
This energy is not within the material, it comes into it from the external magnetic behaviour in a manner identified by Masing .
The sea of magnetic forces or pressures in which we sail through the solar system is so obviously of significance it is hard to believe how profoundly we ignore it's fundamental nature. If we accept that magnetic behaviour is inherent in any concept of perception of space , or what space is ,ontologically, then we can understand why fractal spaciometry and iterative dynamics are crucial to describing our "reality". It follows from this that a methodology of depicting the dynamics relies on rotational behaviours as founded on circular arc and turn behaviours.
It is possibly not obvious but intriguing nonetheless that trochoidal surface dynamics is a simplified explanation of the complexity of these dynamics.
Thus Fourier type analyses are very relevant and in fact a weak subset of the more complex Quaternion Fourier analysis needed to depict the simplest dynamic experiences in our universe.
The realisation of these concepts are found in computer graphics and computer generated dynamic action, even in machine and artificial intelligence
The rotational dynamics involved are not obvious but exist in the magnetic dynamics processed by a silicon chip or a quantum annealed material materials that modulate the magnetic patterning within them precisely and observably .
The magnetic pressure around us as individuals , like atmospheric pressure is constantly varying. What is the effect? The electric mde of magnetism. Like Chladini patterns the varying magnetic pressure establishes patterns and lines of modes of vibration, each resonmt to a narrow frequncy range. Lke shifting Leylines the magnetic inductive force creates sounds, heat , lightning flashes as well as large scale pressure adjustments in the lithosphere. And our robust magnetic resistances enables us to absorb some of these effects , but at what cost to our health?
The magnetic structure is fractal in Onsagers theory . Combined with Bscovich it is interesting to think in terms of trochoidal dynamics.
Scientists like to kid around , at least academics do! So a mechanical thory is different, they say to an electromagnetic one! , but not really! Just Kiding!
The history of light and it's propagation is simply as follows:first of all light was assumed to be a ray. Then it became a ballistic projectile which was made of rubbery bullets or corpuscles. And competing theory is that it was a disturbance in the plenum. A more sophisticated version of this disturbance theory was put forward by Huygens, according to Huygens light was a spherical disturbance in the medium, and this spherical disturbance emanated from every point within the medium.
In the meantime Boskovich was developing his theory of forces in nature. This they basically opined the forces appeared and disappeared on a rotational basis within the medium.. Then Fresnel began to show that light travels as a transverse wave by means of a mathematical argument. However his opinion was not universally accepted initially even though it was supported by Arago. Young, another proponent of the wave propagation of light, argued that light must have both the transverse and a longitudinal component. The argument waged long but the French Arago and Fresnel now one out through the mathematical support for their work but their idea.
Later Lord Rayleigh in his notes on wave mechanics indicated that a rotational dynamics was not only possible but necessary for the propagation of waves in the surface of the medium
The concept of the transfers wave therefore, has only a limited credence. The fact observation and also from theoretical work the idea of a longitudinal and transverse component has been substantiated by Boskovich and also by Ralegh and also by observation.
We have all seen those scenes in films Wer transfers below to an object slices through without any disturbance to the object, so the object is separated at the point of intersection and remains whole. This indicates that any disturbance which might cause a transverse motion there is no list is necessary longitudinal propagation of the transverse motion.
Once you accept the physical absurdity of a pure transverse waves for propagating anything then you become able to understand why rotational dynamics is the sound basis for any disturbance propagation in the medium.
The case of sound propagation is a case in point. It has now been observed to have a transverse component, which is only to be expected considering its obvious spheroidal nature .
Once you appreciate the rotational dynamic of propagation in a medium, the fractal dimension and distribution of that propagation becomes tenable. We might also consider this fractal distribution to be trochoidal , once we come to grips with what Trochoids physically represent both in materiality and in energy / pressure distribution and diffusion.
Magnetic behaviour then becomes the overarching term for many effects of rotational wave dynamics, each of the distinguished and distinct effects being characterised by an amplitude, frequncy and phase triad or system of triads in a spaciometric system.
I call such a system a Grassmann Twistor system, but it consists of Quaternions or octonions or more complex algebraic geometries arranged like Fourier transforms./ series.
Clearly this is a model of natural observations, not a revelation of natures secrets!
When I see these curvilineal reference frames I just appreciate that it is a magnetic Universe. .