一个计划被介绍认识到控制远距传物一未知三维(3D ) 由使用一个 non-maximally 纠缠的二粒子的状态的二粒子的状态和在是的 3D 空间的一个 non-maximally 纠缠的三粒子的状态量隧道，并且在隧道的粒子之一被用作控制粒子。分析证明当量隧道具有最大的纠纷时，也就是，隧道由一个 3D 贝尔状态和一个 3D GHZ 状态组成，控制远距传物的全部的成功概率能到达 1。并且这个计划能被扩展控制一个未知 D 维的二粒子的状态的远距传物。
We establish a scheme for probabilistically teleporting an unknown 3D(dimensional) two-particle state using non-maximally entangled states as a quantum channel.In this scheme,the probabilistic teleportation is realized by using the new orthogonal complete bases measurement instead of the traditional Bell measurement,and we also use 3D entangled state as the quantum channel.These are different from the previous schemes.This scheme is more convenient for the receiver,because users could realize communication with less operators.