Science!
So tonight was an exceptionally productive night of dreamthinking. Well the "thinking" part really comes in those moments in between sleep and awake - right when you start to come back to reality and lay in bed letting your mind drift down into the different alleys of your conscious mind. As far as I know dreaming is just a regenerative patterned firing of neurons that your mind struggles to interpret as sensory, thus producing the images and other perceptions that occur as dreams, therefore it would be impossible to really consciously "think" in your sleep. Well tonight, or rather this morning, I had a particular image come to mind after dreamthinking about the universe.
So tonight was an exceptionally productive night of dreamthinking. Well the "thinking" part really comes in those moments in between sleep and awake - right when you start to come back to reality and lay in bed letting your mind drift down into the different alleys of your conscious mind. As far as I know dreaming is just a regenerative patterned firing of neurons that your mind struggles to interpret as sensory, thus producing the images and other perceptions that occur as dreams, therefore it would be impossible to really consciously "think" in your sleep. Well tonight, or rather this morning, I had a particular image come to mind after dreamthinking about the universe.

I was wondering about the expansion of the universe in combination with "phantom forces" associated with inertial frames when I had an idea - or rather an idea had me. What you're looking at, I suppose, is a 2-dimensional interpretation of the 3-dimensional universe being accelerated due to being wrapped around the "surface" of an expanding 4-dimensional "sphere".
It is known that the further away a galaxy is to our own the faster it seems to accelerate away from us. From my understanding this is interpreted using redshift, which is a measurement of the extent of light being either compressed or stretched (if you think of a spring) in the magnetic spectrum by the acceleration of the source of the light moving towards or away from us.
So I decided to do a little experiment to see what surface expansions actually looks like. So I took a balloon, inflated it just enough for it to stretch a little and have a round lateral circumference, and marked off three points on the surface of the balloon as shown (marked 1-3 from left to right).
It should be the case that after I inflate the balloon that all points should move away from one another. In fact the distances between points 1 and 2 (length=A) and points 1 and 3 (length = B) doubled. However f you were to imagine standing on the leftmost point of the balloon and watching points 2 and 3 from t=0 to t=1 you would notice that point 3 was moving relatively faster away from you than point 2 (it would be covering more distance in the same time). Therefore spherical expansion can at least adequately explain why galaxies further away from our own seem to be moving faster than closer galaxies as measured by redshift.
But of course there must be more to know about the universe! Just because a spherical expansion model satisfies only two of the experimentally observable criteria (and the only two I really know about) doesn't mean I've done anything particularly special. Scientists well before me have done similar models (you may know the raisin bread model) and yet are unable to explain some of the observable phenomenon of the universe.
At any rate I hope you enjoyed reading about my dreamthoughts and personal discoveries.
Cheers,
Cheers,
LORD RAVEN,
LORD OF THE SKIES
LORD OF THE SKIES


