Quantum Strategy in Quantum Computer Financial Games
Quantum computing outperforms traditional methods in game-like trading scenarios and generates higher payments in market simulations on a functional quantum machine
Quantum game theory allows strategic connections that normal randomness cannot, unlike classical game theory, when players choose their own judgments
However, the experts note that shorting has a high risk. Because there is a greater chance of a short squeeze, a scenario in which increasing market prices compel short sellers to cover their positions
A quantum logic gate is used to entangle the participants’ qubits at the start of the game, creating a shared initial state
In the quantum version of the game, a Nash equilibrium was demonstrated by the peak payouts that occurred when all traders employed the suggested quantum strategy
In order to test the central hypothesis that quantum correlations can alter strategic outcomes, the models are stylised, abstract representations of trading behaviour