Gate operations of qubit and conformal mapping 量子比特的门操作与共形映照
Thermal entanglement in two - qubit heisenberg xy model 模型中的热纠缠
Teleportation of a two - qubit unknown atomic state through raman interaction 相互作用传送两比特的未知原子态
The entanglement between the boundary qubits in the five - qubit heisenberg xx open chain 开链中边界量子位之间的纠缠
The period of oscillation of qubit in a parabolic linear bound potential quantum dot 抛物线性限制势量子点量子比特的振荡周期
Lastly , a scheme of teleporting a two - qubit unknown atomic state is proposed 最后提出了一种隐形传送两比特未知原子态方案。
Implementing a non - local swap operation on two entangled pairs by a three - qubit entangled state and a bell state 态作量子信道实现非局域的态交换
In this scheme , a three - particle entangled state is used as quantum channel to teleport a two - qubit atomic state 在此方案中,用一个三粒子纠缠态作为量子信道,传送两比特未知原子态。
A qubit , in contrast , can be in a so - called superposition state , which entails proportions of 0 and 1 coexisting together 一个普通的古典位元只能是0或1 ;标准的微晶片架构很严谨地在执行这种古典二分法。
Whichever measurement you choose erases all the information in the qubit except for the single bit that the measurement uncovers 不管你选择哪种测量方式,你都会把原先存在量子位元中的资讯抹掉,留下的就是所测量到的位元。