on a random string of digits number 123 appears every 1000 digits, 221 every995digits

[raaaid]

i dont think chance is random either just unknown

you dont get the pi thing which makes 21 appear a 10% more than 11, a clue:

number 21112 is two 11 or one 11?

but the thing is that this is not appliable to 221 vs 123

[salmo]

I agree that the digits of pi throw up some rather interesting combinations, but you just cannot use these digit combinations to make a statements about probability of digit combinations from a random data set or a gambling table.

Your statements about statistical likelihood assumes that each trial (the selection of the next digit) is indepenent of all other trials, but this is not the case. The next trial (next digit selection) is dependent upon the previous digit in the sequence of Pi since any repention of Pi the nth decimal place is fixed and repeatable. I's be interested to see your results once you've repeated your analysis with a different (random) dataset.

[raaaid]

well that problem is also present in my program since it uses a pseudo random secuence just as pi

but that would be exactly the case in an online casino

for what i know an online casino could be using a pi secuence after the 1 billionth digit

and were getting in enjoiable crazy stuff here:

you pass a beam of light trough a double slit

you put no detector light shaps a wave pattern in the photosensible surface

you put a detector in the RIGHT slit

light will shape a paricle in the surface

but how does it know when it goes through the LEFT slit?

answer:

when you dont pay attention to me i dont exist, im a product of your mind

i say it this way because if i applied to me you would think me crazy