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As an important topic of quantum cryptography, quantum voting has attracted more and more attention in recent years. In this paper, we propose a quantum voting scheme based on a new set of orthogonal product states. Since different particles in the same orthogonal product state are transmitted separately, the security of the vote message in the scheme can be protected. The availability and security analysis show that the scheme satisfies the basic properties of voting can resist known quantum attacks. Furthermore, our scheme solves the problem of difficult preparation of entangled states in actual situations and improves the practicability of voting scheme. We hoped that our research will provide new ideas for the further study of quantum voting. [ABSTRACT FROM AUTHOR]

As an important topic of quantum cryptography, quantum voting has attracted more and more attentions recently. However, with our analysis, it can be seen that there exist some serious problems in a particular quantum voting model. Firstly, the voter does not have the ability to vote as his own. Secondly, the voter may be dishonest and can deny some corresponding voting results. Furthermore, some improvements will be presented to solve the loopholes. [ABSTRACT FROM AUTHOR]