This interference term makes quantum logic more flexible.
‘干扰’让量子逻辑有着更好的灵活性。
Yet one big question remains: why should quantum logic fit human behaviour?
但是还有另一个问题：为什么量子逻辑符合人类行为？
Widdows has found that a negation based on quantum logic works much better.
Widdows发现使用基于量子逻辑的否定可以更好的工作。
Quantum logic gate is a functional component which realizes solid state quantum information processing.
量子逻辑门是实现量子信息处理的功能器件。
Quantum logic may be more suitable to making decisions that work well enough, even if they're not logically faultless.
量子逻辑可能更加适合起作用的决定，尽管这些决定不是逻辑完美无缺的。
This thesis mainly focuses on investigation on the quantum cryptography communication system and quantum logic gates.
论文对量子信息中的量子保密通信系统及量子逻辑门进行了研究。
Now, studies about fuzzy logic, quantum logic and the corresponding algebra systems are very active in non-classical logic.
模糊逻辑与量子逻辑以及它们相应的代数系统是目前非经典逻辑体系中非常活跃的研究分支。
That means search algorithms based on quantum logic could uncover meanings in masses of text more efficiently than classical algorithms.
这意味着基于量子逻辑的搜索算法能从大量的文字中比传统算法更高效的发现其中的含义。
We propose a method for constructing quantum bits by using polarization of photon. The quantum logic function of polarized plate are studied.
研究激光的偏振态作为量子态的方法以及偏振器的量子逻辑功能。
The key to both experiments is the quantum logic atomic clock, which USES the oscillation of a single aluminium ion to maintain precise timing.
两个实验的重点是量子铝原子钟，它利用单一铝离子的震荡来精准测量时间的流逝。
Taking advantage of the adiabatic passage, this kind of quantum logic gate is robust against moderate fluctuations of experimental parameters.
基于绝热演化的优点，这种量子逻辑门对实验参量的起伏不敏感。
This novel device is capable of considerably boosting the rate of quantum communications and constitutes a key component in future quantum logic processes.
这个新设备能够极大地提高量子通信的速率，是未来量子逻辑处理器的关键组成部分。
And the Quantum logic gates, as the most basic and important elements in this area, are need to be constructed both theoretically and experimentally.
而作为量子计算这一领域中最基本也最重要的元素，量子门，需要在理论上和实验上能够很好的实现。
The article introduce basic characteristics and method of quantum logic gate, the physics realization and experiment makes progress of quantum logic gate in quantum information technique.
文章介绍量子信息技术中量子逻辑门的基本特点、方法以及实现量子门的物理实验进展。
The article introduces basic characteristics and method of quantum logic gate, the physics realization and experiment makes progress of quantum logic gate in quantum information technique.
文章介绍量子信息技术中量子逻辑门的基本特点、方法以及实现量子门的物理实验进展。
The band structure can influence the laser cooling of Paul trapped ions and the quantum logic operation based on the system that should be considered in the corresponding experiments thereby.
能带结构的存在将影响以该系统为基础的量子逻辑操作和激光边带冷却等问题，应该在实验研究中加以考虑。
This observation leads Hawking to a remarkable prediction that will raise the pulsebeat of many readers. Here is his logic: M theory unifies gravity with quantum theory.
基于这个观测结果,霍金作出了一个让很多读者心跳加速的预言.他的逻辑是这样的:M理论统一了量子理论和引力理论;
Physicist Diederik Aerts of the Free University of Brussels, Belgium, has shown that these errors actually make sense within a wider logic based on quantum mathematics.
例如，比利时布鲁塞尔自由大学的物理学家DiederikAerts实际上已经用基于量子数学理论的更广泛逻辑来解释这些错误。
The quantum world defies the rules of ordinary logic.
量子的世界无法用通常的逻辑规则来解释。
"With a laser pulse, you can tap that shell and make it ring like a bell," said physicist Till Rosenband of NIST, who built the existing quantum-logic clock.
“激光脉冲轻拍壳层产生了像铃声一样声音”，国家标准和技术研究所的物理学家Till Rosenband说，现有的量子逻辑时钟是由他开发的。
This paper expatiates on synthesis of quantum reversible logic circuits.
本文阐述的重点是量子电路的可逆逻辑综合问题。
In addition, since the basic logic gates of the quantum game can be constructed straightforward, the scheme is quite simple.
此外，由于量子博弈中基本的逻辑门可以直接构造，方案相对简单。
The key of optimizing quantum reversible logic lies in automatically constructing quantum reversible logic circuits with the minimal quantum cost.
最优化量子可逆逻辑的关键在于用最小的量子代价自动构造量子可逆逻辑。
An efficient algorithm is presented, which can construct optimal reversible logic circuits of quantum with various types of gates and quantum costs by using the Hash table.
利用该算法可对多种量子门采用任意量子代价标准，以较高的效率生成最优的量子可逆逻辑电路。
The significance, motivation, progress, and challenges was analyzed for reversible logic synthesis of quantum circuit.
本文阐述的重点是量子电路的可逆逻辑综合问题。
The significance, motivation, progress, and challenges was analyzed for reversible logic synthesis of quantum circuit.
本文阐述的重点是量子电路的可逆逻辑综合问题。
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