1) quantum dense coding
量子超密编码
1.
Controlled quantum dense coding via a non-maximal entangled state;
非最大纠缠信道的受控量子超密编码
2) supercoding
超密编码
1.
In this paper, two general quantum teleportation schemes via two different non-maximally entangled states are proposed, and including a supercoding scheme is also investigated using a partial symmetric quantum channel.
本论文提出了基于两种非最大量子受控隐形传态的方案,和一个在部分对称信道上的量子超密编码方案。
3) quantum dense coding
量子密集编码
1.
We briefly summarized the experimental generation scheme of the optical entangle states for continuous variables and their applications in quantum teleportation,quantum dense coding,controlled dense coding,entanglement swapping and quantum communication network.
扼要介绍连续变量纠缠态光场产生的实验方法,及其在量子离物传态,量子密集编码,受控密集编码,量子纠缠交换及量子通信网络中的应用。
2.
A controlled quantum dense coding scheme is proposed with a three-particle non-maximally entangled Greenberger-Horne-Zeilinger(GHZ) state.
通过引入辅助粒子和做适当的幺正变换,就能以一定概率实现量子密集编码。
3.
Quantum teleportation、remote state preparation、quantum dense coding are important research task of quantum information science.
量子隐形传态、量子态的远程制备和量子密集编码等是量子信息学领域中重要的研究课题。
4) superdense coding
超密集编码
5) controlled quantum dense coding
受控的量子稠密编码
6) quantum bit
量子编码
1.
By adopting the quantum bit as a representation,SCQA uses the Logistic Sequence to control the mutation size and Chaos Mutation Operator to control the clonal selection.
算法中采用量子编码来表示个体,利用个体质量、进化代数和个体的分布情况构造变异算子,针对克隆算子局部寻优能力强的特点,通过logistic混沌序列自适应地调节变异尺度,提高种群多样性,避免盲目搜索。
2.
In the algorithm, individuals in a population are represented by quantum bits (qubits).
将量子计算应用于人工免疫系统中的克隆算子,提出了一种基于量子编码的免疫克隆算法(Quantum-InspiredImmuneClonalAlgorithm,QICA)来求解SAT问题,并从理论上证明了算法的全局收敛性。
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