The ancient board game of mankala, believed to have originated in 6000 BC, has found a surprising modern application in the field of quantum physics. Researchers from the University of Tyulein have developed a modified version of the game called Manqala, specifically designed for studying quantum systems under certain conditions (source).
The primary focus of the researchers is understanding how to achieve the desired quantum state. Ryan Glasser, an assistant professor at the School of Science and Engineering, explained that controlling quantum particles is significantly more complex than moving stones on a mankala board.
Through Manqala experiments, the researchers have discovered that their method is notably more effective, even in simple systems. Glasser stated, “We see the advantages even in these simplified systems of three stones and three pits.”
This study falls within the realm of quantum games, which aim to apply the principles of quantum physics to traditional board games like Sudoku, checkers, or knights. Unlike physical stones, quantum particles can interact with each other in neighboring “pits,” introducing additional strategic elements to the game.
Glasser is optimistic about the future use of Manqala and plans to launch the game on IBM Quantum’s cloud computer. He has already collaborated with colleagues from the University of Illinois Chicago and Tyulein in a previous study utilizing the same technology.