williams@kirk.DEC (John Williams 223-3402) (09/17/84)
>> What I have tried to explain to you is an unstable >> quantum called a black hole. The comparison one can make with the >> universe is compelling. It is possible that the characteristics >> of stabile quanta are determined by the harmony of such unstable >> quanta within gravity fields and being observed essentially from >> outside. There is an inherent instability with the universe, >> particles are waves, oscillations. What is inside a quanta can >> never escape except in the presence of external influence. > I find the whole idea very interesting. If we adopt some > of the present "first three seconds" ideas, we get to a > frightening possibility: since (according to theory) the four > basic forces were once a single force, dividing from one another > in stages over the first micro-slice of our universe's existence, > is our universe still dense enough that further expansion will > allow these forces to divide further? If so, can we detect that a > force is about to divide? > What forces are "prone" to division. Can we postulate > what the resultant forces would be? For instance, could gravity > divide into strong and weak forces? Similarly, could electricity > (charge motion) exist as a force separate from magnetism and/or > radiant energy? > Ideas and speculations, anyone? > T.F.Prune (Bill Wickart) {allegra | ihnp4 | tektronix} !ogcvax!inteloa There is some evidence that the interaction of subatomic particles is due to phase relationships. It is possible that what we associate with weak fields is actually the modulation of stronger fields. This implies a sort of harmonic stability of quanta, that the interference is constructive between quanta in a stable structure such as a proton or electron. The study of how these particles might interact might lead to a unified field theory, and possible reveal something about the nature of this dimension that transcends the constants in our particular universe. A fundamental force contrary to gravity is an interesting route. Possibly, the speed of light is the expansion rate at which a finite, unbounded entity must perform in order for none of the matter to escape once a collapse into a black hole has occurred. A black hole then becomes the state in which matter deforms itself into a finite, unbounded entity. It would then expand in order to accommodate the escape velocity of it's event horizon. Entry to this entity would be uncertain, that is relative to the inside, there would be no bounds, but relative to the outside, an event horizon would exist, meaning that having entered, it would be uncertain as to where you would be relative to the inside. My ideas are still on the vague side concerning this, does anyone know of any particularly goods books on subatomic physics? ----{ john williams }---- < dimension awaits you > (DEC E-NET) KIRK::WILLIAMS (UUCP) {decvax, ucbvax, allegra}!decwrl!dec-rhea!dec-kirk!williams (ARPA) williams%kirk.DEC@decwrl.ARPA williams%kirk.DEC@Purdue-Merlin.ARPA