Just the other day too....
The other day a friend and I were talking in generalities regarding everything and anything. We stumbled onto 'black holes' in our universe. I asked a simple question "do you remember those vacuum glass bulbs that resembled light bulbs, but instead had four small paper squares, each painted white on one side, black on the other?" As the sun or light reflected off the white side, and was absorbed by the black side, the little fan of sorts rotated on a fine pin or needle. "Do you remember those?" Yes was the reply, go on. Well I said, things go into 'black holes' and don't come out, right? Yes was the answer. Well just for a second, consider that maybe the reason this happens isn't so much that a 'black hole' is an endless, bottomless, chasm to who know where, sucking the universe of particles (like light) that pass too close to the orifice, but rather the reason it does this is because it's black! To give you an example of what I mean, let's talk a little about that light bulb again, you know, the one with the rotating black and white squares. The black side absorbs light particles, right? Not because of any mysterious phenomenon, but simply because it's black in color. Well, if that' s the case, where do all the particles go when they get absorbed on that black surface? Do they 'stick' to the fibers of the paper and black paint? Do they pile into one another and build up on top of one another like a bad freeway car wreck? And if so, do they build up a crust of sorts? And if so, if we wait long enough, will the black side of the square get thicker over time, and eventually become heavier than the white side? Will the surface of the black side resemble a bunch of grapes under a microscope? Or do the particles drawn onto the black surface, pass through the spaces between the paper fibers, just to be grabbed by the particles that are being reflected on the white side as they pass through the membrane?
Well if that's the case, maybe we just need to look for the white side of the 'black holes' in space, to find out where everything is going! Kind of a Ying-Yang thing. Just as black absorbs particles in our world, black obviously absorbs particles in space.....simply because that location is black. It is said, those black holes absorb everything, light, sound, wavelengths, you name it, everything. So do we know if black on our plane of existence does the same? Has anyone looked?
I mean, I don't see any light coming out the other side of a black piece of paper, or a black piece of anything...so where does the light go? Is it just kind of caught like in a spider web of black paper fibers? Is the journey the light is on, over? I mean if light can't reflect off of an object to keep going, but instead is 'absorbed' by the color black, what does that say? Could man build a huge, mega black wall and absorb all the light in a given location? Does the color black actually suck or attract particles, or is it a random thing?