Teleportation at the quantum level

Xin-Wei Zha

Dai Dai, Hong-Yi, Kuang Kuang +3 more

We propose a scheme to probabilistically teleport an unknown arbitrary three-level two-particle state by using two partial entangled two-particle states of three-level as the quantum channel. The classical communication cost required in the ideal probabilistic teleportation process is also calculated. This scheme can be directly generalized to teleport an unknown and arbitrary three-level K-particle state by using K partial entangled two-particle states of three-level as the quantum channel.

Kishore T. Kapale, Muhammad Suhail Zubairy

D. A. Slavnov

DAIHong-Yi, KUANGLe-Man, LICheng-Zu

We propose a scheme to probabilistically teleport an unknown arbitrary three-level two-particle state by using two partial entangled two-particle states of three-level as the quantum channel. The classical communication cost required in the ideal probabilistic teleportation process is also calculated. This scheme can be directly generalized to teleport an unknown and arbitrary three-level K-particle state by using K partial entangled two-particle states of three-level as the quantum channel.

Hong‐Yi Dai, Le‐Man Kuang, Cheng-Zu Li

We propose a scheme to probabilistically teleport an unknown arbitrary three-level two-particle state by using two partial entangled two-particle states of three-level as the quantum channel. The classical communication cost required in the ideal probabilistic teleportation process is also calculated. This scheme can be directly generalized to teleport an unknown and arbitrary three-level K -particle state by using K partial entangled two-particle states of three-level as the quantum channel.