In 2012, at a gaming convention dinner, a board game designer challenged mathematician Eric Harshbarger to create dice that would determine the starting player without a possibility of a tie. Harshbarger, a senior lecturer at Auburn University in Alabama, embraced the challenge as it intrigued his mathematical expertise.
After years of dedication, Harshbarger and his team developed a set of Go First Dice for five players, ensuring a fair decision on the starting player with a single roll. The journey involved collaboration with researchers worldwide, resulting in the creation of complex dice sets for different player numbers.
The project faced obstacles in designing practical dice that aligned with mathematical solutions. A breakthrough came when a Canadian software engineer, Paul Meyer, successfully devised a set of five 60-sided dice to solve the challenge. This innovative approach combined mathematical patterns and computational analysis to achieve the desired outcome.
Despite some skepticism, the Go First Dice are now available for purchase, maintaining fairness in gameplay. The team continues to explore possibilities for improving the dice design, including investigating options for fewer sides for five players and potential expansions for six-player sets.
Harshbarger emphasizes the allure of the problem’s complexity and the unforeseen discoveries that can arise from persistent mathematical exploration. The evolving research underscores the dynamic nature of mathematical challenges and the dedication required to unravel intricate puzzles in gaming innovation.
