FrankBKing Posted February 29, 2008 Share Posted February 29, 2008 Original with diagrams is attached Frank King’s goofy intuitive model of the Universe Explosions in a fluid Let’s consider the wave behavior that results in the atmosphere at sea level when an explosion occurs. (diagram Concentric circles) The explosion occurs at the dot in the diagram. Before the explosion, the air pressure is equal to one atmosphere everywhere. After the explosion, you will have three distinct pressure zones. a. This zone has atmospheric pressure less than one atmosphere b. This zone’s pressure is greater than one atmosphere c. This zone’s pressure is one atmosphere The reason for this is that the energy of the explosion has caused a sonic wave to form. Air molecules are forced from a into b. c is at one atmosphere because the boundary b/c is the leading edge of the pressure wave. The speed of propagation of a sound wave depends on the density of the medium that it travels through, so in our diagram sound in the zone: a. Would travel at < Mach 1 (M) b. Would travel at > M c. Would travel at M This means that over time, barrier a/b would tend to catch up with barrier b/c. However in a spherical wave, the volume of the zones increases over time so that at some point the barriers break down as the pressure equalizes at barrier b/c. The resulting barrier a/c disappears when the pressure differential equals the remaining energy of the blast. The wave then reverses itself and collapses back to its origin and we are back at one atmosphere everywhere. Now I have never seen this as a proposed as a model for the universe anywhere. Maybe it is a theory that has been rejected, or it is obviously stupid on its face to anyone with a PhD in physics, but it has its advantages. First, as I understand it, local space geometry has been proven to be very nearly flat. In my model, the observable universe would be in zone b. With a large enough radius, local space geometry would be very nearly flat… in the same way that the Earth appeared flat to the ancients. Since we are on the surface of an expanding balloon, every distant object would appear to be moving away and accelerating too. Global space geometry is then spherical (one of the probable solutions). The universe is is a pressure wave in a larger universe or “omniverse”. It will expand until the energy of the big bang equalizes with the ambient “pressure” of the omniverse. At that point, the outer edge of our universe disappears (maybe quietly) and the next phase begins. Ultimately zone a collapses and we end up at the point of the big bang where our universe is the same as the omniverse. A black hole could then be seen as an opening from a higher pressure zone into a lower one. Black holes would then have an effect on the life of the universe in that they would hasten the equalization of pressure like a hole in a balloon. It may be hard to visualize, but you don’t have to because, in the world of sound waves examples already exist. The phenomenon is called a Prantl-Glauert Singularity: (picture of f14 from Wikipedia "Mach" entry) The singularity is the parabolic vapor cloud around this plane as it passes through barrier b/c dragging some of the high density air from zone b with it. It is visible because of the moisture condensing in the lower pressure (like clouds form on mountains). In my model, particulate matter forms at mass pressures > Ω (the ambient pressure of the omniverse). In zone b, local mass pressure is usually > or = Ω. Particles are then just higher density omniverse stuff, or waves in what I call “universium” the stuff the omniverse is made of). Zone c would equate to virtual particles. Zone a may be where most of the antimatter has gone! In other words, universium at >Ω = matter space, <Ω =antimatter space, and Ω =”empty” space. Antimatter would exist in zone b too. It could be created in high energy collisions that would in essence create a low pressure zone in a similar way as the original model of the Big Bang. A low pressure wave meeting an equivalent high pressure wave would equalize to Ω. Gravity then becomes simply the effect of local differences in universium density. A massive object concentrates universium in a high amplitude pressure wave. Around the wave, would be a low pressure zone that would decrease over distance from the objects. Massive objects entering the low pressure zone would always have lower pressure on the side facing the original massive object and higher pressure on the opposite side. This repulsive force would appear just like the attractive force of gravity. Interestingly, this suggests an experiment to validate my theory. I predict that antimatter can be created with less energetic collisions in a strong gravitational field. The reverse would also be true. A super collider on the moon is all we need! Theory of the Universe Continued.doc Link to comment Share on other sites More sharing options...
Recommended Posts
Create an account or sign in to comment
You need to be a member in order to leave a comment
Create an account
Sign up for a new account in our community. It's easy!
Register a new accountSign in
Already have an account? Sign in here.
Sign In Now