The String Boards are a well known system for making observed choices on which range of numbers to bet on in upcoming Lottery draws. They will provide you with at least six of the seven numbers that occur during each draw (including the Bonus Ball), all of which will appear on the Board numerous times. The String Boards work with the PowerBall, Lotto and Lotto Plus draws every week.
The Skill comes with using the String Boards allows you to pinpoint with reasonable certainty where the main cluster of seven numbers will appear. Using a axial approach will provide you with four sets of six or seven numbers that have a 25% chance of showing in the next draw.
All that is required of the user is to track each draw pattern as it happens and check which direction the Sin-Wave is heading in and then implement the Axial examination of the Board. The Primary Cluster of numbers will group in a range of 18 to 32 blocks on each axial point.
This drastically increases the percentage chance of the User having the right numbers through eliminating repeating numbers in each axial examination area from 1 in 13.48 billion down to 25% or 1 in 4. Which elleviates the necessity for random uneducated betting.
As the user gets more experienced with using the Boards and the Axial examination, it will become more profitable and become cost efficient.
These Stringboards use the same technology based on Quantum Mechanical Theory principles first developed in the USA and used since the 1960s by the American mathematicians at Stanford University to generate random numbers. The technology is not new, only the application of the technology to privide order to the Lottery draws is... And the potential value of this to the public has been withheld for decades by greedy individuals.
ReplyDeleteThis stringboards really do making sense, as we used random number cards in high school as well. Which does give these things a lot of credibility and I have heard of a study that they did at Stanford Math Lab in 1983 with Stringboards based upon the Superstring Theory in Quantum Physics. It really does look very good potentially and I'll certainly give it a try...
ReplyDeleteThe Stanford Math Lab Study was actually started in the 1950s and has continued ever since, as it delves into the nature of Chaos Theory and it's application to Randomly Occuring Phenomena, such as Lotteries, but more in the form of the shape of spiral galaxies, event horizons and (yes) even snowflakes.
ReplyDeleteThis is because the expression of Phenomena (physical or otherwise) nearly always uses Fractal Patterns as a structure basis. For the uninitiated, Fractal Patterns are assymetrical shapes that have a mathematical order to their structure and most of them can be reproduced with a computer. Which is what the Stanford Math Lab did with the "snowflake pattern" and they discovered that there are literally thousands of possible snowflake shapes.
The Clusters that the SA National Lottery creates on the Stringboards in each draw are snowflake patterns themselves. The Mathematical Sequences that make up the Stringboards are another experiment that the Stanford Math Lab carried out in the 1980s. I am the only one in South Africa that is studying the interaction of both the Snowflake on the mathematical sequential background. That probably sounds confusing, but there is a real 2-dimensional and 3-dimensional realm that the quantum world operates in. Some would even say that there is a 4-dimensional (length, breadth, depth & time) world too...