1) quantum non-gate
量子非门
1.
With a linear superposition a single bit of quantum non-gate together with quantum and gate,it proved that the trapped two ions system in the relatively quantu.
运用量子理论,在Paul阱中共线两离子系统的精确解的基础上,结合量子编码方法,讨论了囚禁两离子系统量子非门(单比特逻辑非门、两比特逻辑非门)实现的理论方法,提出利用质心振动模和两离子构建量子与门的理论方法(不需第三个离子),通过分析,证明了囚禁两离子系统在相对量子数l=1时,可制备为单比特量子非门和量子与门的线性叠加,可以完成并行量子逻辑操作,量子非门和量子与门是构成量子计算机制基本结构单元,值得我们在量子信息实验研究中加以考虑。
2) quantum controlled-NOT gate
量子可控非门
1.
Generation of quantum controlled-NOT gates consists of sequentially applying three laser pulses to trapped cold ions.
用囚禁冷离子制备量子可控非门包括3次连续激光脉冲操作。
3) nonlocal quantum gate
非定域量子门
4) nonlocal quantum gates
非局域量子逻辑门
5) unconventional geometric quantum phase gate
非常规几何量子相位门
1.
A scheme is proposed for realizing unconventional geometric quantum phase gate originated from high-dimensional squeezed operators,which can be easily generalized to the physical system of Cavity QED.
提出一个基于压缩算符的非常规几何量子相位门的方案。
6) two qubits CN gate
两量子比特的受控非门
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条