Been busy, wanted to post some thoughts I had on the double slit experiment:
Being a conscious human being, we cannot do anything without observation. We are the constant observer and only see possible solutions. In the experiment, the event of light is emitted as a wave in all directions. As it passes through the slits the two waves create an interference pattern that is then reflected off the wall. As we observe the event, the only possible set of solutions is seen. Only the beam of light that goes through the slit can possibly be observed, so we see a beam of light. Then on the other side what we see as a beam is actually a wave now interfering with itself, and as it strikes the wall we collapse the reflected pattern down to two dimensions of possibility. The mechanical observer merely allows the wave to be collapsed before entering the slit, turning the wave into an observed 2-d particle. What really happens, however, remains unchanged. The light still interferes with itself, and there is more than just a beam of light there. The only thing that changes is what is physically possible for us to see. This would explain why over 3/4 of the universe is composed of dark energy, because it is physically impossible to see.
This event wave travels out in all directions, and without an observer in every physically possible spot, the entirety of it cannot be observed or detected. This brings up some interesting twists they could try to add to the experiment if they haven't already. First, move the mechanical observer closer to the point the light is fired from. This should still collapse the wave. Try putting the observer on the exiting side. Would it then be possible to observe fast enough in order to prevent the waves from interfering? If so, how long does it take (ie, how far away does the observer have to get) before interference is observed.
Event waves allow different observers to observe the same thing at different places or different times (assuming you are in the path of the wave). So the same observed particle can be seen by two different people at once, meaning it is in more than one place at once. This also means that light only tells us a story about where something happened, and gives clues as to what happened, the actual event cannot be fully observed.
I also realized that a much more sensible 2-D solution appearing in three dimensions would be that mass it related to the surface area of a spherical shell. Some comments from wiki:
Thus, in three dimensions, a mathematical sphere is considered to be a two-dimensional spherical surface embedded in three-dimensional space, rather than the volume contained within it.
The sphere has the smallest surface area among all surfaces enclosing a given volume and it encloses the largest volume among all closed surfaces with a given surface area.
It would make sense to me then that these shells act as enlarged event horizons allowing events to reflect off them and be observed. The shell is initially a point, but as annihilation occurs, the energy expands into a shell until finally the energy density becomes low enough. At this point a couple of things could happen. The proton is said to be stable on its own. Neutrons, slightly more massive, decay on their own within 15 minutes. Could it be that the added energy creates a shell that is larger and unstable on its own? Also before I go I want to point out the similarities in electron orbitals and wave interference, pictures from two unrelated wiki articles:
http://en.wikipedia.org/wiki/Image:Hydr ... _Plots.png (basic electron probabilities)
http://en.wikipedia.org/wiki/Image:Wavepanel.png (wavelength increases as you go down, distance apart increases to the right)
Any thoughts?