We propose a quantum voting scheme with Greenberger-Horne-Zeilinger (GHZ) states. In this scheme, quantum sequences that are formed by different particles of different GHZ states are sent to other participants respectively. Because of the correlation of different particles in a GHZ state, different participants perform a same measurement on each particle in the sequence that they received in order to obtain a same measurement outcome. To reduce the overhead of quantum transmissions, the participants publish their results on a bulletin board. According to the information on the bulletin board, voters can check whether their voting information is correct. If an attacker tampers with the voting information, his behavior can be discovered during the verification process. Analyses show that our new scheme has high efficiency and can withstand all the known attacks.

中文翻译：

---

Greenberger-Horne-Zeilinger 状态的量子投票方案

我们提出了一种具有格林伯格-霍恩-蔡林格 (GHZ) 状态的量子投票方案。在该方案中，由不同GHZ态的不同粒子形成的量子序列分别发送给其他参与者。由于 GHZ 状态下不同粒子的相关性，不同的参与者按照他们收到的序列对每个粒子执行相同的测量，以获得相同的测量结果。为了减少量子传输的开销，参与者将他们的结果发布在公告板上。根据公告栏上的信息，选民可以检查自己的投票信息是否正确。如果攻击者篡改投票信息，他的行为可以在验证过程中被发现。