Theory or better called a guess?
About your theory of digital ending, you used as example a value of 1 (with 1-11-21-31-41 values), here are my comments.
- In August 2007, you could have said: "If you extract the digital endings 2,3,4,5,6,7,8,9,0 as well and start grouping them then you can make 10 lines predictions and keep them rolling for number of draws then you will hit 4,5 numbers correct and who knows may be you get jackpot". Quite interesting but I sure hope you did not follow this line of reasoning very long because as of now (some 165 draws later), no other combination with 3 digital ending of 1 have shown up.
- And why limit yourself with a digital ending of 1, apply the same scenario with digital endings of 2, 3, 4, 5, 6, 7, 8 and 9; at least, in some cases, (like with a 2), you had some combinations with 4 times the same digital endings.
- And why not a digital ending of 0? There less numbers, only 10, 20, 30 and 40, so it should make it easier or is it harder?
- And why limit yourself with digital endings, look into a mirror and apply your theory using decades instead, like combinations with 3 numbers in the first decade (numbers 1 to 9), or 3 numbers in the second decade, or in any decade.
- And why limit yourself to such easy patterns (digital ending or decade); maybe you could apply your theory to combinations like 1 number in each decade, or 2 numbers each in 3 decades, or …, or …, or …
So that makes quite a few theories to follow at the same time.
It is sure that patterns will repeat themselves. You are dealing with 6 numbers (or 7 if you consider the bonus number) out of 49. Even if you consider single number (from 1 to 49), it may take quite some time for one to come out.
I do not have data on the UK 49 lottery (although I could get it), but in the Canadian Lotto 6/49, one number went 79 draws without coming out, and 20 of the 49 numbers have at least one run of 50 draws without coming out. So even predicting one number in the next draw is not that easy.
And finally, I think that your comment about " every time I (Moses) find a new solution to lottery they (Camelot) keep on adding the new one" is a good joke. Either Camelot is rather dumb (I would cancel a lottery with a known solution for winning the jackpot) or they consider themselves a philanthropic organization, with a mission to provide millions in prizes to British citizens. Adding new lotteries (at least in Canada) has one and only one purpose: BRING MORE REVENUES TO GOVERNMENT.
I know only one occasion where a lottery was modified since a solution had been found, and it is here in Quebec. In a keno game (80 numbers generated through a computer program), a guy found that certain sequences of numbers repeated themselves within a shorter timeframe that could be expected. Loto Quebec did not waste time and went back to a method using balls to generate numbers.
Sorry I could not find more positive comments, but you asked for it.
Basically, you are saying what I have been saying here from quite some time: Every combination has a chance to come out in the next draws whether it has already come out or it has a very apparent pattern like 1-2-3-4-5-6 or 38-40-42-44-46-48 or 1-11-21-31-41-xx.Moses said:...
GillesD are you still with us and what do you think of 3 digital ending theory?
About your theory of digital ending, you used as example a value of 1 (with 1-11-21-31-41 values), here are my comments.
- In August 2007, you could have said: "If you extract the digital endings 2,3,4,5,6,7,8,9,0 as well and start grouping them then you can make 10 lines predictions and keep them rolling for number of draws then you will hit 4,5 numbers correct and who knows may be you get jackpot". Quite interesting but I sure hope you did not follow this line of reasoning very long because as of now (some 165 draws later), no other combination with 3 digital ending of 1 have shown up.
- And why limit yourself with a digital ending of 1, apply the same scenario with digital endings of 2, 3, 4, 5, 6, 7, 8 and 9; at least, in some cases, (like with a 2), you had some combinations with 4 times the same digital endings.
- And why not a digital ending of 0? There less numbers, only 10, 20, 30 and 40, so it should make it easier or is it harder?
- And why limit yourself with digital endings, look into a mirror and apply your theory using decades instead, like combinations with 3 numbers in the first decade (numbers 1 to 9), or 3 numbers in the second decade, or in any decade.
- And why limit yourself to such easy patterns (digital ending or decade); maybe you could apply your theory to combinations like 1 number in each decade, or 2 numbers each in 3 decades, or …, or …, or …
So that makes quite a few theories to follow at the same time.
It is sure that patterns will repeat themselves. You are dealing with 6 numbers (or 7 if you consider the bonus number) out of 49. Even if you consider single number (from 1 to 49), it may take quite some time for one to come out.
I do not have data on the UK 49 lottery (although I could get it), but in the Canadian Lotto 6/49, one number went 79 draws without coming out, and 20 of the 49 numbers have at least one run of 50 draws without coming out. So even predicting one number in the next draw is not that easy.
And finally, I think that your comment about " every time I (Moses) find a new solution to lottery they (Camelot) keep on adding the new one" is a good joke. Either Camelot is rather dumb (I would cancel a lottery with a known solution for winning the jackpot) or they consider themselves a philanthropic organization, with a mission to provide millions in prizes to British citizens. Adding new lotteries (at least in Canada) has one and only one purpose: BRING MORE REVENUES TO GOVERNMENT.
I know only one occasion where a lottery was modified since a solution had been found, and it is here in Quebec. In a keno game (80 numbers generated through a computer program), a guy found that certain sequences of numbers repeated themselves within a shorter timeframe that could be expected. Loto Quebec did not waste time and went back to a method using balls to generate numbers.
Sorry I could not find more positive comments, but you asked for it.

