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中文摘要：
在有 XXX Heisenberginteraction 的二 qubits 之间的自然热纠纷被学习。为反铁磁性物质，增加在批评的点下面联合力量或减少的温度增加纠纷。作为输入的量隧道，纠纷和纠缠的状态经由部分远距传物被转移的信息基于热纠纷。我们发现转移的纠纷将在这个过程期间被失去，并且为纠纷忠实，部分远距传物作为在 1/4 以外的纠缠的隧道的同时发生比古典通讯优异。我们证明在输入的两个关联信息纠缠了移植粒子线性地被驱散的电视的州、单个的信息。在量隧道，更多的纠纷和关联信息的 Withmore 纠纷能被转移。
英文摘要：
Natural thermal entanglement between two qubits with XXX Heisenberg interaction is studied. For the antiferromagnet, increasing coupling strength or decreasing temperature under critical point increases the entanglement. Based on the thermal entanglement as quantum channel, entanglement and information of an input entangled state are transferred via partial teleportation. We find that the entanglement transferred will be lost du~ing the process, and for the entanglement fidelity the partial teleportation is superior to classical communication as concurrence of entangled channel beyond 1/4. We show that both correlation information in input entangled state and individual information of the teleported particle are linearly dissipated. With more entanglement in quantum channel, more entanglement and correlation information can be transferred.
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