2) multiqubit entanglement
多比特量子纠缠
1.
We introduce here a feasible scheme that can implement a universal set of quantum gates and produce multiqubit entanglement as well as construct quantum error-correcting codes based on the same set of fault-tolerant geometric quantum operations.
文章介绍作者最近提出的在量子腔耦合的超导量子比特中用具有内禀容错功能的几何操作来实现普适量子逻辑门,产生多比特量子纠缠及实现量子纠错编码的一个可行方案。
3) quantum bit
量子比特
1.
Properties of quantum bit in quantum ring;
量子环中量子比特的性质
2.
The properties of quantum bit (Qubit) and quantum logic gates (quantum not-gate, Hadamard gate, quantum controlled not-gate, Toffoli gate etc.
以 Clifford代数为工具 ,讲座量子比特 ( Qubit)与量子逻辑门 (量子非门 ,Hadamard门 ,量子受控非门 ,Toffoli门等 )的有关性质。
3.
A new improved quantum-inspired genetic algorithm(IQGA)based approach to optimize power system reactive power is proposed,in which several conception in quantum calculation are used for reference and the quantum bit is used in the coding of control variables,such coding mode can represent many possible linear superposition states,thus the population diversity can be maintained better.
该方法借鉴量子计算的一些概念,采用量子比特对控制变量编码,这种编码方式能表示出许多可能的线性叠加态,从而更好地维持种群的多样性。
4) qubit
量子比特
1.
Versatility in quantum error correcting code of encodingone qubit in five qubits;
五量子比特编一量子比特的量子纠错码的编码多样性
2.
Influence of the Phonon Effect on the Quality Factors of Free Rotation of Qubit;
声子效应对量子比特自由旋转品质因子的影响
3.
Remote transmission of n-qubit quantum information without direct Bell-State-Measurement-free;
无需直接Bell态测量的n-量子比特未知量子信息远程传输
5) Multi-qubit quantum computation system
多比特量子计算系统
6) multiqubit phase gate
多量子比特相位门
补充资料：多量子阱(见量子阱)
多量子阱(见量子阱)
multiple quantum well
多t子阱multiple quanturn 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