Further Reading

Thursday, 3 December 2009

The Quest for Unknown Ennead

Supra-dimensionality itself cannot be experienced directly; our senses are not equipped for it. We are used to aligning our consciousness with the three space dimensions, and these proceed along the dimension of time. Whereas we can move freely in space, we experience the dimension of time as a continuum that goes inevitably in one direction - from past to future, with no return. People often lay all their hopes and theories on some new, fourth or fifth, or whatever, dimension, when they are confronted with supernatural phenomena and ask themselves where it all came from. At the very least science fiction novels tend to overstress supra-dimensions; as a source of UFOs, for example, or of inexhaustible energy sources and similar things. In this article I would like to try out a little mind experiment with you to see if we might get a feeling for what it could be like if a gate opens to other dimensions. Let’s take a look:

In answering the question about the meaning of the word "dimension", we should leave out all overburdened explanations, be it Sci-Fi or traditional mathematics. Mathematics is a perfect symbolic language(!) for the relationships of numbers and quantities, as it is very accurate and gives exact results where normal language gives up. But not everything is true that can be proven by mathematics, it is just conclusive. Let’s use our imagination first...

For the following we begin at the simplest point. Try to experience your surroundings as a one-dimensional being. You can use all your senses as in hot/cold, hard/soft, light/dark, silent/loud. You can move only along one line in one direction - forward. So, now you are sitting in your easychair and start to move as a tiny speck of dust. At first the world is soft and comfortable; the room’s centre gets a bit more cool, although light; then, at the wall, it is extremely hard, dark and uncomfortable, and so on. For every section of the way you have gone you have a single, irreversible impression. Sounds familiar doesn’t it, like we think of the "eternal flow of time and aeons". But let’s steer clear of speculation that would not be apt for a speck of dust.Resume: when every section of this way has its own distinct characteristic (not affect able by time, because time doesn’t exist), it is inconceivable for us that in some places other conditions along the same length in same sector may exist, just to the right or left of the way. Don’t forget - right/left have not been invented yet!

Were it able to move left or right, if only slightly, it might be able to experience different conditions on the same spot of its one-dimensional axis (on a border, a corner, a different surface). But what lies outside its one-dimensional paradigm is unknowable. The model for this paradigm is, therefore, that along the dimension there can only be one condition at one spot.

Let’s shift now to a 2-dimensional paradigm. Now the first dimension and the 2nd can be used, and the room presents itself to us like a section with an even surface. Along the first dimension there are still the same conditions as before, but to the side (left/right) there are some more.

The model is changed as follows: along dimension 1 (length) there can be different conditions, but at different levels of dimension 2 (width). This new being acts in a more familiar manner as, like maps for example, it orients itself according to a horizontal and vertical axis.

You can guess how the riddle continues. We learn to move or grow up and down. Now different conditions are possible on the same surface coordinates but at different heights and depths. In the new paradigm there is only one condition at one point in space.

Finally, we shift to our normal paradigm by adding time. We can now observe different conditions at the same point of space at different times, and can formulate the paradigm as follows: At the same point in space only one object can exist at the same time. This is a long established model of physics, matching perfectly our mechanical world and our senses ... read more ...