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After science has made sure a certain phenomenon is a repeating fact, but cannot determine the causes of the fact, the matter qualifies as a mystery. It is a long accepted surety that a particle such as the electron in some cases tests as being an energetic point, and in other cases appears to act like a wave. That is one way of stating in essence the idea called Wave/Particle Duality. But stating a title for a mystery does not solve the mystery. A hundred wave theories were advanced in past years as solutions to the wave/particle mystery. Some seemed plausible but were inherently more magic-like than revelatory. For example the wave-collapse theory, which could be condensed like this:
Metaparticle structure provides new understanding of wave/particle duality The theory of electron structure as a rotating dynamic disk enables one to understand and thus solve the mystery of wave/particle duality -- it does so in a way that illumines many instances of particle behavior which also long endured as mysteries. Metaparticle explanations do not challenge normalcy as did wave-collapse, multiple-universes, pilot-waves and other past theories, and in many cases are straightforwardly testable. We present below what we think is the quickest, surest way to get across the basic facts dispelling the mystery of wave/particle duality. Be it noted that such plain logic does not do away with a certain pragmatic duality which can continue to be of use to particle physics. In commenting on the graphics below, I hope for tolerance from those readers who may be current in particle science; doubtless they already know what I must strive to make clear to other readers. |
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At left of the diagram in Fig. 4 is shown the basic,
bipolar metaparticle structure on its axis of spin-rotation. When this
two-dimensional disk-like form moves linearly (left to right) it describes
a double helix in spacetime. The spiral pathway taken by this electron's
lesser pole (black dot) is the charged point perceived by scientific
methods. The metaparticle's greater, more energetic pole (white dot
and broken line) is theorized as existing in a higher or more intense
range of matter. In Fig. 4a the wave length of the double helix is increased to conform better to the conventional idea of a particle wave. Finally, the diagram in Fig. 4b eliminates everything except the ordinary wave concept itself, allowing the wave/particle duality puzzle to be clearly resolved. We focus now on the electron's black particle-dot in Fig. 4b, and its wavelike pathway or track created when the dot moves through space. (Note that the black dot is still rotating as shown in Figs 4 and 4a. Its interpolar linkage with the second, invisible pole has been dropped out for simplicity.) Some questions can now be asked. The black dot, which began at left, reaches the position shown at right. The pathway it has followed is depicted as a black wave-line. After the dot has passed from left to right, that pathway still exists on the paper, but does that pathway still exist in space? No; the "wave-track" ceases to exist as the "point-particle" dot moves past each point along the pathway. What then is the experienced actuality of the wave-track? The "wave" is simply the pathway described by the point. No one, it is said, scientist or otherwise, has ever seen, contacted or defined the exact reality of a particle's "wave nature". Neither has anyone ever tried to probe a wave without finding a particle instead. The dot persists in actual existence, but the wave-track does not. Does this mean the track is unreal? But how could it be totally unreal? If it is recalled as in the past or projected into the future, then is it accurate to say a wave-track has reality in spacetime? I think so. Take the examples of an artillery shell's trajectory or the orbital track of the earth around the sun: Aren't these in an important sense real? I believe that strict analysis would indicate the wave-track of a point-particle has to be granted reality, but only a temporal reality. In a sense it exists only in the past and future. I have found no scientific discussion of this, but I would guess Physics now considers the particle wave to have a non-physical but real existence in the temporal aspect of spacetime. It is the recent scientific acceptance of structure in fundamental particles that has introduced interior "spin-rotation" as a major element in progress towards a New Standard Model. Without such rotation many instances of particle behavior could never be satisfactorily explained -- with or without Superstrings. And you can't get rotation without a radius or a diameter between two points, just as you can't roll on half a wheel. The now and future salient question will, for a time, be How will scientists explain the way they are getting their second point, which is indispensable to all stable, rotating particles? In an earlier effort (mostly in the eighties and largely unnoticed by Physics) what we now call the Metaparticle Theory actually began with a premise which stated the necessity for two poles "of the same substance" in creating basic matter. It was further stated in the premise's source that such two poles "cannot exist without each other". Our contribution was to recognize rotational motion as the force keeping the poles from recombining (due to some unnamed attractive force) -- and disappearing. This seems to have drifted somewhat in the direction of etiology. But I believe such is unavoidable if we are to have an understanding of wave/particle duality that is more than just plausible. It must be convincing at a deeper level of inquiry. In this connection it is important, I believe, to identify the seriously misleading, false duality that can now be erased from Physics by the concept of spin-rotation. This false duality implies that wave and particle are alternating identities of the same mysterious reality. But we see now that when the probe seemed to turn waves into a point-particle, it was actually demonstrating that only the particle was physically there all along. Its motion makes the waves. But wave-tracks will surely continue to reveal more knowledge about their energetic physical creators. Particle waves may be transient effects of the motion of points, but those motions never cease. So waves, in a sense, are always there also. They remain important factors in the efforts of Science to acquire the complete truth of fundamental particles. And I would forecast that as investigators penetrate farther and farther into what once would have been called abstractions, materialism will also expand its parameters of empirical reality.
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Addendum, June '03
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During research done in the above month we noted in a physics review on the WWW an account of the two-slit experiment, which has been a mainstay of the Wave/Particle Duality concept. This item was dated 1999, presumably before physicists were contemplating the possibility of wave/particle identity. It notes the "interference pattern" caused by a beam of particles passing through a double slit and projected on a screen. The article goes on to say the formation of such a pattern indicates similarity to waves made in water, but is also observed when only one single particle is projected at the parallel slits. The inference is drawn that the single particle must be interfering with itself. Metaparticles has not attempted a complete, satisfactory explanation where the two-slit experiment with photons is concerned. But in similar reported experiments, involving an electron beam shot through a single tiny hole to strike a phosphor screen, we think the concentric-circles phenomenon produced (resembling a target) could be explained by the helical pathway the electron actually follows. We do not think a single electron propelled from an electron gun interferes with itself. We do not think any such kind of interference explains the buildup of the target pattern even when single electrons are projected one per minute over several days' time. But we do think interference is responsible -- in a certain way. Due to their spiral rotation, the "lesser", negatively charged poles of the metaparticle-electrons are brought into a repeating variety of close encounters with fixed electrons in the edges of the hole. This causes projected electrons to be deflected at a variety of angles, and these strike different parts of the phosphor screen. This is what we think builds up the target pattern always observed. Quite frankly, we are unable to account for the blank rings between the target rings. But we are confident that any good experimental lab could do it, aided by math and the metaparticle structure. |
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