Lottery Predictions - Cycles Prove There Is Something Going On
Lottery Predictions - Cycles Prove There Is Something Going On
In my last two posts, Lottery Predictions, Ghostly Patterns and Chaos Theory and Lottery Predictions - So Close and Yet Not Very Far Away I described how lottery number patterns exhibit performance characteristics very similar to Chaos Theory. This is particularly evident in the lottery number analysis method I invented called Cycles. Cycles are great and no one else has ever found any analysis technique which outperforms them. So, before I show you how Chaos Theory and Cycles are linked, I need to introduce you to the best lottery number prediction tool every devised.
Did You Know That Lottery Numbers ReCycle?
Here are some examples. Over a period of time, Larry notices that numbers hit back to back quite often. Some of the lottery numbers in the last drawing repeat in the next drawing. So, part of his lottery strategy is to always include the last winning numbers in his play list. Larry is playing Cycle 1.
Calvin’s experience in his lottery is slightly different. He noticed that quite often numbers would hit, skip a drawing and then hit again. This is called Cycle 2 because the location of the numbers to include in his play list are found 2 drawings back. Continuing with this definition, Cycle 7 refers to the 7th previous drawing, Cycle 11 refers to the 11th previous drawing and so on.
But, which Cycle performs the best in your lottery? Rather than fly by the seat of our pants, let’s analyze all of them and compare them to see which ones produce more winning numbers and, also, which ones to avoid. This is exactly what the Cycle tool in my lottery software does.
Pay Very Close Attention
Nothing discovered to date outperforms Cycles! Nothing! The top Cycles outperform randomly selecting numbers by as much as 15% to 35% depending on the lottery. I’ve analyzed all of the lotteries in North America and it is true for every one. So, after analyzing every Cycle, my lottery software ranks them based upon their performance.
Now, it’s time to show how Cycles and Chaos Theory come together. I’ll do that in the next post.
