Evolution of quantum strategies on a lattice network

In this paper, we focus on how to solve complex traditional game problems with quantum technology. Quantum game prompts the emergence of cooperation by introducing the quantum strategy to traditional game. We analyze three important factors of the evolutionary quantum game on lattice networks: steps, temptation and entanglement. Results of the experimental applications of analysis procedure are given to illustrate the proposed quantum technique. The system of quantum game will show signs of stability after a series of transient steps. We will reap better benefit by choosing appropriate quantum parameters, because quantum strategys advantage over defeat strategy.