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- The algorithm that produces the speedup is the second major quantum algorithm. 这种加速演算法是第二个主要的量子演算法。
- The question thus remains unanswered: Is there an efficient quantum algorithm to solve NP-complete problems? 因此这个问题依旧无解：是否找得到解决NP完备问题的有效量子演算法呢？
- Nevertheless, I showed in 2002 that within the black box model, any quantum algorithm needs exponential time to solve the collision problem. 不过，笔者在2002年已经证明，在黑箱模型中，任何量子演算法都需要指数时间才能解决碰撞问题。
- That is, one must run quantum algorithms on the computer. 也就是说，我们必须在电脑上执行量子运算。
- And Grover's algorithm is as good as it gets for this kind of black box searching: in 1994 researchers had shown that any black box quantum algorithm needs at least steps. 另外就黑箱方法来说，格罗弗的演算法已经是最好的了，因为1994年的研究证明，任何黑箱量子演算法都至少需要个步骤。
- Quantum algorithm (QA) with updating of quantum gates and catastrophe of population is compared with quantum genetic algorithm (QGA) by including crossover and mutation for quantum bits. 摘要首先比较了带量子门更新和群体灾变的量子算法(QA)以及加入对量子位的交叉和变异操作的量子遗传算法(QGA)；
- A Quantum Algorithm for Large Prime Factorization 大数质因子分解的量子算法
- Deutsch - Josza quantum algorithm D-J量子算法
- To this day, researchers have found only a few other quantum algorithms that appear to provide a speedup from exponential to polynomial time for a problem. 到目前为止，研究人员只找到少数的量子演算法，可以将一个问题的计算所需时间，由指数时间降到多项式时间。
- As time goes on and we fill in more of the map, it should become easier to grasp the principles underlying Shor's and other quantum algorithms and, one hopes, to develop new algorithms. 随著时间流逝，我们会一步步把地图的空白填起来，这样就比较容易抓住修尔与其他算则底层的原理，同时也比较容易发展出新算则（希望如此）。
- Multiuser Detector Based on Neural Network Quantum Algorithm 基于神经网络量子算法的多用户检测器
- Scheme for the implementation of a D-J quantum algorithm 实现D-J量子算法的物理方案
- Do you know who originated the theory of quantum? 你知道量子论是由谁首创的吗?
- Implementation of a Quantum Algorithm Distinguishing Odd and Even Functions On a Homonuclear Spin System 在同核系统上实现一个不需制备有效纯态的量子算法
- This discovery marks a quantum leap forward in the fight against cancer. 这一发现标志着治疗癌症的一大突破。
- The spin phenomenon exists only in quantum theory. 只有在量子理论中才出现这样的自转效应。
- Dominance of quantum processes is not complete. 量子过程并不囊括一切。
- The quantum behavior of atomic objects is the same. 原子客体的量子行为都是相同的。
- The quantum numbers differ not at all. 量子数根本没有差别。
- The quantum of light is called a photon. 光的量子就称为光子。
