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1·Heisenberg meets a qubit.

海森堡遇见了一个量子位。

2·Specifically the in qubit is now set to 1 rather than 0.

特别是 in 量子位现在被设置成“1”而非“0”。

3·A scheme of teleporting a two-qubit unknown atomic state is proposed.

提出了一种隐形传送两比特未知原子态的方案。

4·Here we have allocated a 1 qubit (Boolean) variable from the QCL quantum heap.

此处我们在qcl量子堆中为一个1量子位(布尔型)变量分配空间。

5·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。

6·And as long as the hot qubit stays hot, this quantum fridge continues to work.

只要保持热的热量子比特，这个量子冰箱继续工作。

7·The quantum encoding is put forward by using superposition state of single qubit.

提出用单个量子位的叠加态进行量子编码。

8·The researchers found that as the hottest qubit (Alice) gets hotter, the refrigerator gets colder.

研究人员发现，最热门的量子位（爱丽丝）得到更热，冰箱渐渐变冷。

9·In the simplest case, one obtains a system with two energy states, a so-called quantum bit or qubit.

在最简单的情况下，一个系统有两个能量状态，即所谓的量子比特或昆比特。

10·The influence of noise to the measuring system of superconductor qubit is introduced in detail here.

详细介绍了噪声对超导量子比特测量系统的影响。

量子位

1·Heisenberg meets a qubit.

海森堡遇见了一个量子位。

2·The SPECTRUM line shows us where the qubits for a have been allocated in the quantum heap; in this case the 0-bit of a is the rightmost qubit in the heap.

SPECTRU m行告诉我们在量子堆中分配给a的量子位的位置；在这种情况下，a的0位是堆中右面第一位的量子位。

3·Here we have allocated a 1 qubit (Boolean) variable from the QCL quantum heap.

此处我们在qcl量子堆中为一个1量子位(布尔型)变量分配空间。

4·The researchers found that as the hottest qubit (Alice) gets hotter, the refrigerator gets colder.

研究人员发现，最热门的量子位（爱丽丝）得到更热，冰箱渐渐变冷。

5·Specifically the in qubit is now set to 1 rather than 0.

特别是 in 量子位现在被设置成“1”而非“0”。