One of the curiousities is that certain numbers appear to be drawn
significantly slightly more than others. I don't have the time to properly do means/modes/median plots on these:
https://www.lottery.co.uk/lotto/statistics
....but it's intriguing to note the following officially-reported stats:
13 is, appropriately-enough, the unluckiest ball, having only been drawn 226 times. The gestalt power of collaborative aversion?
40 is the 'luckiest' ball, 291 times it's been selected by the random hand of whatever.
(That medians-out (?) to 258.5 times....)
Ultimately, say after 10,000 draws, they should all tend towards having been out 10,000 times.
Interesting to speculate whether after all that time, 13 was still unlucky.
Also, informative to note that amongst the ten extra balls which they've recently-added so as to enhance our experience, there's some crazy effects due the relatively-smaller sample size: balls 50, 53 and 56 have only been out, modally, just eight times. Yet the amazeball 57 has been out
sixteen times. Mr Heinz would approve....
I'm now going to play the lottery this week, based upon selecting 40 as a number, plus the three other luckiest numbers (including newbie 57) then select the balance from the unluckiest numbers, and finally I'll sacrifice a (Kentucky Fried) Chicken to the gods
(What you do is go to the drive-through, order, pay, then when you're waiting at the service window, floor the accelerator and speed off minus your chicken. Works great. Or at least it's helping me to lose weight).
And if I win an amazing sum of money, I'll buy you all a drink. Of course, you can all try my untried formula, and we could share in the winnings. So I'd better delete this post, in case too many people apply my pseudo-scientific ramblings, and erode my dividend (which could be painful)