/Nexus - 0604 - New Times Magazine/pages/0038/image.png)
Page Content (OCR)
THE UNIFIED THEORY OF MATTER THEORY UNIFIED THE MATTER According to this theory, all matter consists of spinning particles of the same size, whose spin velocity determines the state of matter that the particles take. Is it possible that the structure of matter is more simple than we think, that one simple model can explain all of Nature as we know it? As an observer of Nature, one may marvel at its beautiful simplicity. When one observes Nature, it becomes apparent how the simple structure is replicated at finer and finer detail. For example, the structure of a tree is duplicated in the limbs, the branches, the twigs, the leaves and even the veins of a leaf. his repetition of structure may be observed throughout nature. If this repetition were applied to matter at the tiniest particle level, how would the laws of Nature fit? Physicists believe that the atomic world resembles the astronomical Universe in miniature. They propose planetary atoms consisting of electrons orbiting around a nucleus. At its most basic level, however, the Universe consists of spherical, spinning bodies such as stars and planets. Could matter consist entirely of continuously spinning spherical bodies? Would any of the laws of physics be relevant to such a structure? I have been researching this question for several years and have found to my surprise that all the laws of physics appear to be explained by this one very simple structure. Experimental physics results also appear to confirm this very simple concept. The acid test for any theory is its confirmation by experimentation. Since its inception over one hundred years ago, the electron theory has been continually changed to make it fit the experimental results. At present state, the nucleus is now believed to consist of 11 basic particle types and the number is predicted to keep growing. This theory proposes simply that all matter consists of spinning particles which are the same size. The spin velocity will dictate the state of matter which the particles will take. To describe this in line with conventional practice, the spin velocities could be divided up into bands which we will call "elements" (see table 1). Also, forces such as electromag- netism, gravity, electricity or even heat may be easily explained in terms of particle spin. Particles of common spin velocity will form a group or mass of that element—a piece of iron, for example. The particle spin velocity (PSV) in this group is maintained by the momentum of the particles that surround it. As may be seen in figure 1, if one particle spins, the adjacent particles will be caused to spin in the opposite direction. The result is matter in perfect symmetry, with an equal number of anticlockwise-rotating particles (per- haps negatively charged) and clockwise-rotating particles (therefore positively charged). In its natural state, matter consists of particles spinning at a constant velocity. If some- thing causes the particles to accelerate, then electromagnetism will occur. Hertz described this very well with his spectrum of electromagnetism (see figure 2). The states of electro- magnetism are directly related to particle spin acceleration. by Samuel P. Costin © 1999 PO Box 234 Hamilton Hill, WA 6169 Australia E-mail: jenninecostin@netscape.net A NEW SPIN ON LIGHT Light consists of regions of particles whose spin velocity has been accelerated to the visible light spectrum. Light is only one of many states of matter whose spin may be accelerated. For example, a beam of light may consist of a stream of atmospheric parti- cles accelerated to the visible light spectrum. As with any stream, the particles in the cen- tre would be spinning fastest. Due to the influence of the unaccelerated particles at the edges of the beam, the spin velocity slows down away from the centre. As a result, if the stream is expanded with a prism, the colours of the visible light spectrum will be observed (see figure 3). JUNE — JULY 1999 NEXUS - 37 by Samuel P. Costin © 1999