Since ten years back a sub-field of quantum information theory has emerged, quantum game theory. Regard it as the intersection of quantum mechanics and game theory. It deals with game theoretical situations where the participants use entangled quantum states, quantum superposition and unitary operations as resources to gain advantages compared to classical counterparts.
I am designing and (trying) solving a quantum game using three level quantum states, qutrits (compared to the usual qubits, two level systems).
Since ten years back a sub-field of quantum information theory has emerged, quantum game theory. Regard it as the intersection of quantum mechanics and game theory. It deals with game theoretical situations where the participants use entangled quantum states, quantum superposition and unitary operations as resources to gain advantages compared to classical counterparts.
I am designing and (trying) solving a quantum game using three level quantum states, qutrits (compared to the usual qubits, two level systems).