New Math Unlocks the Life Science Codes and Lottery Game Odds

CHANDIGARH, India, March 6, 2018 /PRNewswire/ -- According to University Professor Paul D. Katching, the real odds in lottery games like Powerball, MegaMillions, and EuroMillions are 84% better than traditional odds—and in some cases as much as 99% better—when players use certain number-combinations. This sounds fantastic, especially the 99% part, until the Professor's work is examined. He applies this New Math not just in lottery mathematics, but in science research that will impact drug design and extend human life.

The Professor uses a new kind of math called "Three-Dimensional Mathematics" to do his research in science and mathematics, including lottery mathematics. Traditional lottery math techniques only consider an entire game, whereas the Professor's research divides the Powerball, MegaMillions, and EuroMillions games into 21 mini-games. Improvements in the odds are calculated by comparing the sizes of the mini-games with the size of an entire game. He explains how the number 21 is calculated but doesn't reveal how the size of each mini-game is calculated. He uses a Zero-Knowledge Proof format where experts can verify the research results without knowing exactly how the mini-game sizes are calculated.

Professor Katching is well within his rights to keep some secrets unpublished. Secrecy is nothing new in areas like Cryptography where researchers use the same Zero-Knowledge Proof format to present their work. No point in revealing the secret codes for the enemy to hack and retrieve information vital to national security, right? But is the 84% to 99% improvement real? Can a player use number-combinations from 3D Math, spend $30 a week on Powerball tickets, and win $1 million for five matching numbers?

Affirmative answers are found on the Professor's 3D Math Secrets™ website. The Professor is emphatic that the 1-in-292 million traditional odds of Powerball, for example, are unrealistic and "incorrect!"  In reality, there are 21 different odds with 21 different mini-games and some of these mini-games are played more frequently than other mini-games. This inequality of play is exposed in a five-year history of Powerball winning draws which are plotted on two curves at www.3dmathsecrets.com/games. The historical data comes from two old Powerball games with older rules. If this bias is clearly visible in two older games, it makes sense to expect the same bias in the new Powerball game and in other lottery games.

"The number system we use today," according to Professor Katching, "is not well understood [which is] why the solutions to challenging math problems such as prime number distribution and the six extra spatial dimensions remain elusive." With 3D Math we get a better understanding of the universe, physics, chemistry, genetics, protein folding, and—yes—lottery games. Players of the Powerball, MegaMillions, and EuroMillions games will save money by using number-combinations from www.3dmathsecrets.com and avoiding junk number-combinations. 3D-Math applications in science will save time and money, e.g. save decades and millions of dollars in drug design. Mathematicians and scientists will be busy digesting the new food for thought that 3D Math brings to the table.

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SOURCE Professor Paul D. Katching