Quote: Originally posted by JADELottery on Apr 7, 2017
We point out in the first post that on a very basic level that chaos appears at 5 bits of information.
At that level, chaos over takes the order.
Knowing this, if we look at 4 bits of information, we can see order and chaos are balanced at 8 a piece.
Looking at one of the original streams of {0, 1}'s, 01101000110101010111001011100111, we can examine each at the 4 bit level.
The stream is continuous and starts left and ends right, »–›.
We examine each 4 bit segment at each 4 bits of instance.
01101000110101010111001011100111
N
01101000110101010111001011100111
NY
01101000110101010111001011100111
NYN
.
.
.
01101000110101010111001011100111
NYNYYYNNYNNNNNNYYYNNYNYYYNN
01101000110101010111001011100111
NYNYYYNNYNNNNNNYYYNNYNYYYNNN
01101000110101010111001011100111
NYNYYYNNYNNNNNNYYYNNYNYYYNNNY
N = 16, Y = 13
Fairly balanced.
If we look at an obviously not random and highly improbable 11111111111111111111111111111111, we get:
11111111111111111111111111111111
NNNNNNNNNNNNNNNNNNNNNNNNNNNNN
N = 29, Y = 0
Not balanced.
The chaos is missing.
That's not to say it can't happen or is impossible; it's just very unlikely, given chaos and order being equal.
Most of us instinctively know this is highly unlikely in a Quantum Universe where order is a subset of chaos.
To point out this instinct, we refer to a case back in 2007 where something wasn't right in the TN Cash 3 Computer Generated Numbers.
The Lottery Post article is Tenn Lottery spokeswoman said no chance of drawing error.
In it we can read there was a sense of 'Something ain't right'.
Well, with this very basic test for randomness, we could detect what we instinctively know about randomness.
Also, this is somewhat similar to Card Counting in Blackjack.
When the balance of order and chaos is out of balance, is when your going to hit it good.