The  Intercategorical Physics

Chapter IV

The Discovery of Photomatter

Intercategorical Physics arose out of the need to resolve some very serious problems in modern physics. The first problem that needed to be solved was the question: How can a universe be formed of two opposing forms of substance, namely, matter and antimatter, that annihilate each other on contact? The theory that matter exists only in this hemisphere of the universe and that antimatter exists only in the opposite hemisphere was never very convincing or satisfying. We can readily imagine the tragic story of the man who set out on a voyage through space to visit his counterpart in the opposite hemisphere and how they annihilated each other the moment they reached out to shake hands. No, for those who believe in the Logos or Rational Principle behind the universe, such a solution is altogether absurd. We had the inner conviction that antimatter exists right beside matter on this side of the universe as well as on the other, in fact, that it exists right inside our own bodies and blood and in the aural fields we project around us, and that it is only the way in which our sensorimotor brain are constructed that keeps us from immediately recognizing this fact. But why, then, don't they annihilate inside of us? Because a little investigation soon showed that matter and antimatter are normally out of time phase with each other like the sensory and motor aspects of our brain. When we look at the moon, we see it as it was a second ago. When we look at the sun, we see it as it was eight minutes ago. When we look at the nearest star Alpha Centauri, we see it as it was four years ago. And so on out to the furthest confines of the universe. But then, when we look at the people across the room, even they are some fraction of a second in the past because of the time that light takes to travel. But what is true of light is even truer of sound as anybody who times the delay between the lightning and its accompanying thunder. Hence we can readily see that the matter which is tied to our senses of sight and hearing and all our other senses is always more or less in the past according to its light-distance from us. But when we move from our senses to our muscles and other motor organs, we find the converse to be true. If we wish to reach our landing party by radio on Mars ten light-seconds away, we must not send our signals to where Mars appears to our senses to be now, for it was there ten minutes ago but we must send them to the invisible antimaterial place where it will be ten minutes from now. It is like learning to shoot a duck where it will be when our bullet reaches him. Hence we realize that the antimatter that is linked to our motor organs of signaling, speaking and acting is always more or less in the future according to its light distance from us. Therefore, matter and antimatter will never annihilate each other until we remove the present moment that separates them.

What is this present moment? It is contained inside Heisenberg's Uncertainty Principle DEDt = h/2p. If we increase the energy DE, we decrease the time Dt, and vice versa. So little by little we arrived at the conclusion that there must be a third form of matter existing in our consciousness inside the Dt interval of the present. Since an electron and positron annihilate to produce two gamma-ray photoelectrons, and a proton and antiproton annihilate to produce two cosmic-ray photoprotons, and a neutron and antineutron annihilate to produce two cosmic~ray antineutrons, we called this new substance photomatter. Moreover, the process could also work in reverse. Two photoparticles under the right conditions could pair-produce a material and antimaterial particle. So we concluded that whenever photomatter is present, matter and antimatter cannot annihilate each other, but that whenever the photomatter is withdrawn, the matter and the antimatter would annihilate each other to produce photomatter.

But at first, of course, like everybody else we had a hard time conceiving of a matter made entirely of light. Can we capture the sunshine in a bottle or grasp the light from a flashlight or mold the light from a lamp? However, when we consider the mass-wave-radius equation mr = h/2pc (where h/2pc is the constant 3.517,739 x 10-38 gm-cm), we begin to see how the law of inertia in this universe really operates. Every particle in the universe has a certain intrinsic light-wave radius to the circle around which it revolves, and inertia. arises whenever we try to change these intrinsic orbits in any way. Moreover, the smaller the mass the large the wave-radius, and the larger the mass the smaller the wave-radius. For instance, photons as the smallest particles in our visible universe revolve around the surface circumference of the universe itself with the radius of the universe Ru as their light-wave radius. But the kineton revolves around a circle with a radius of half a light-year, the energion around a circle with a radius of 150 kilometers, the thermeton around a circle with a radius of 5 microns, and finally the proton around a circle with a radius of only 0.2 fermions. Hence, if the photoprotons were similar in size to their proton counterparts, they would still travel at the velocity of light around minute circles many times smaller than the optical radius of the proton at 1·1 fermions. In short, they would vibrate around their own centers at the velocity of light while remaining in one spot. So we concluded that whenever a particle is of sufficient mass to contain its wave-radius and orbit of revolution within itself, it acquires all the qualities of a solid substance. Hence, at the level of the proton there really could be a substance formed entirely of light.

But did such a light substance actually exist? The discovery didn't finally come until we had found the radius of the universe Ru and from the radius, we deduced the mass of the photon
pcRu = 2.611,904 x 10-66 gram.

Then one glorious day the miracle happened. We were experimenting with our calculator multiplying the mass of the photon by the velocity of light. Our reasoning proceeded more or less as follows: If we bring a particle to the velocity of light in space, it will pass into the category of time and if we bring it to the velocity of light in time, it will pass into the category of energy; and if we bring it to the velocity of light in energy, it will pass into the category of mass; and if we bring it to the velocity of light in mass, it will pass into the category of light or manifestation. So we multiplied the mass of the photon by the velocity of light to the fourth power, and OUT CAME A PARTICLE THAT WAS ALMOST EXACTLY ONE MUON AND ONE PION GREATER THAN THE PROTON!

Now the chances of taking a particle like the photon of a mass of the order or 10-66 gram and multiplying it by c4 and arriving at anything intelligible are so improbable as to be virtually impossible. Moreover, we would violate our spatial measuring system only if we measured this particle in space, but the particle doesn't exist in space but only in light! Consequently, we must measure it in the category of light; for it appeared only when we had multiplied our way four times with the velocity of light out of the first category, space, into the second category, time, into the third category, energy, into the fourth category, mass, into the fifth category, light. Therefore, we knew this particle must be the long-sought light substance, the photoproton!

mphotonc4 = (h/2pcRu) c4 = (Gh/2pc3) c4 = Ghc/2p = GU where (Ru = c2/G) and (U = hc/2p)

mphotoproton = GU = 6.673,214,8 x l0-8 x 3.161,587,4 x l0-17

        = 2.109,795,2 x 10-24 gram ¸ me (9.109,558,6 x 10-17 gm)

ANSWER                    = 2316.0235 emu
-1 muon                      = -206.7684
-1 pion±                      = -273.1266
- l&1/2 photinos          = -0.0195                      where 0.0195 = 0.012,972 x 1.5
1 proton                      = 1836.1090 emu

But why the 1&1/2 photinos? Because photoprotons are photoelectric particles operating in pairs, each retains one photino revolving around itself while it constantly interchanges another photino with its neighbor. PHOTOMATTER IS SOCIAL CORPORATE SUBSTANCE!
And the photoneutron? To find the photoneutron all we need to do is to reverse the process, beginning with the neutron (1838.6402) and adding to it a muon (206.7684) and a neutral pion (264.1163) and 1& 1/2 photinos (0.0195), and out comes the photoneutron 2309.5444 emu.
And the photoalpha particle? We add up two photoprotons (2 x 2316.0235) and two photoneutrons (2 x 2309.5444) and subtract the binding energy of one half a neutral pion (264.11628 ¸ 2) which photoalpha pairs share in common, and we get a mass of 9119.0719 emu. (NB. The calculation in Appendix B is done simply without the 1& 1/2 photinos x 4 which had yet to be demonstrated.)
Then we made another amazing discovery! If we combined two photoalpha particles of photomatter (2 x 9119.0719) in the conscious present with an alpha particle of matter (7293.6741) Dt/2 in the sensory past and an antialpha particle of antimatter (7293.6741)
Dt/2 in the motor future, and added ten photoelectrons of one half the neutron-proton difference each (10 x 1.26565), we get a total of 32,838.149 emu. When we divide this by the emu/amu ratio 1822.7337, we get a result of 18.015,878 atomic mass units which is almost exactly the mass of water 18.015,34 amu! We have discovered a whole new molecular substance called photowater which combines three forms of matter (photomatter, matter, and antimatter) into a single molecule having the molecular mass of water!

Then we discovered something else about this photowater. Since its binding energy for the two photoprotons was one neutral pion between them, the moment another neutral pion was introduced, the molecule would split down the middle into a photoalpha and an alpha on one side with one neutral pion for its BE, and a photoalpha and an antialpha on the other. side with the other neutral pion for its BE. But since each binding pion would seek to bind another photoproton to its photoproton, the two halves would quickly pick up their complement of photoalpha and antialpha or photoalpha and alpha particles from the environment. In short, photowater is living water with a capacity to reproduce itself. In fact, since we human beings like most creatures have bodies that are about 80% water and brains that are 85% water, the photowater could float undetected in our blood plasma traveling from our cerebrospinal fluid inside our brains through our blood vessels into our bodily lymph and protoplasm to serve as a base for the functions of cellular growth and reproduction. So it looked as if we had discovered one of the reproductive base substances that operate in all biology! No wonder G_d compares his Word to living water that gives seed to the sower and bread to the eater (Isaiah 55:10)

We are also convinced that photomatter is greatly involved in the photosynthesis of plants. The presence of the single magnesium atom in chlorophyll is usually the material sign of a photomatter function Research on this process would probably uncover new ways to utilize the photoelectric energy of sunlight.

Go to Chapter V
(The Chapter on Ergomatter)

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