Quantum robots can fly; play games: an IBM quantum experience

Abstract

Quantum Robot is an excellent future application that can be achieved with the help of a quantum computer. As a practical example, quantum controlled Braitenberg vehicles proposed by Raghuvanshi et al. [Proceedings of the 37th International Symposium on Multiple-Valued Logic (2007)] is a mobile quantum system and hence acts as a quantum robot. Braitenberg vehicles are simple circuit robots which can experience natural behaviours like fear, aggression and love etc. These robots can be controlled by quantum circuits incorporating quantum principles such as entanglement and superposition. Complex behaviours can be mimicked by a quantum circuit that can be implemented in a quantum robot. Here we investigate the scheme of Raghuvanshi et al. and propose a new quantum circuit to make the quantum robot fly. We demonstrate one of its application in playing a game. The quantum robot we present here shows the behaviour of 'fear' and its movement is deterministic in nature. This phenomenon can be successfully modelled in a game,

Comparison of the similarity between two quantum images

“…On account of the limited qubits and fidelities, it is unlikely to run a complex quantum circuit on the real quantum computer and obtain a satisfied result presently. IBMQ Experience also offers several simulators that have been frequently used for demonstration of quantum algorithms 44 – 46 . IBMQ_qasm_simulator is a general-purpose simulator for simulating quantum circuits both ideally and subject to noise modeling 42 .…”

Compare the Similarity between Two Quantum Images

“…On account of the limited qubits and delities, it is unlikely to run a complex quantum circuit on the real quantum computer and obtain a satis ed result presently. IBMQ Experience also offers several simulators that have been frequently used for demonstration of quantum algorithms [39][40][41]. IBMQ_qasm_simulator is a general-purpose simulator for simulating quantum circuits both ideally and subject to noise modeling [37].…”

Simulation of single photon dynamics in coupled cavities through IBM quantum computer

“…Quantum computer has also been used for demonstrating many fundamental aspects of quantum mechanics, such as quantum tunneling [10], simulating Klein-Gordon equation [14], etc. Moreover, IBM quantum computer is shown to be useful for playing various games [15,18,19].…”