The proposed quantum secret sharing protocol in this article conveys n bit secret messages from the sender to the n receivers making use of a secure direct communication. In this protocol, all users work together to access their secrets. As a result, the security of the proposed protocol is high. The channel used in this design is an entangled 2n-qubit state. The efficiency of this design has been compared with other designs and it turns out that the efficiency of the proposed protocol is equal to that of the best designs. We demonstrate that this protocol is more efficient than the only n-user confidential subscription plan. Also, all stages of the design in a noisy space have been examined.

本文中提出的量子秘密共享协议利用安全的直接通信将 n 位秘密消息从发送方传送到 n 个接收方。在这个协议中，所有用户一起工作来访问他们的秘密。因此，所提出的协议的安全性很高。此设计中使用的通道是纠缠的 2n 量子位状态。该设计的效率已经与其他设计进行了比较，结果表明所提出协议的效率与最佳设计的效率相同。我们证明该协议比唯一的 n 用户机密订阅计划更有效。此外，还检查了嘈杂空间中设计的所有阶段。