posted on Sep, 19 2011 @ 05:58 PM
Originally posted by Spotless
Its mess of random pixels, your brain fills up the empty spaces to resemble something and make a sense of what you're seeing.
The problem I have with that is: the pixels aren't random. The pixel distribution matches the number distribution, and number relationships of this
kind are probably the most stable things in the universe, they never change. These are innate, forever fixed relationships.
Something that you might not have seen without looking closely at some of the diagrams:
The numbers in the rows of the triangle can be added, and the number that comes out of the adding is the same as the factorial for the row number.
Row 13 = 1 + 8178 + 1479726 + 45533450 + 423281535 + 1505621508 + 2275172004 + 1505621508 + 423281535 + 45533450 + 1479726 + 8178 + 1 = 6227020800 =
13!(factorial) = 13 x 12 x 11 x 10 x 9 x 8 x 7 x 6 x 5 x 4 x 3 x 2 x 1 = 6227020800.
So, six billion two hundred twenty-seven million twenty thousand eight hundred, so what?
Let's say we take 13 letters, A to M, and we start randomly putting the letters in different orders, how many different combinations are there?
Answer: 6227020800. The parts of the alien added together IS this number.
The whole of Euler's Number Triangle can be used for calculating probabilities and permutations like this. This table isn't just not random, it can
be used as a calculator to help deal with randomness!
edit on 19-9-2011 by yampa because: (no reason given)