quantum computation 中文意思是什麼

quantum computation 解釋
量子計算
  • quantum : n. （pl. -ta ）1. 量，額；定量，定額；份；總量。2. 【物理學】量子。
  • computation : n. 1. 計算，估算。2. 計演算法。3. 計算結果，得數。
  1. What are the ramifications of quantum entanglement and coherency in computation

    量子纏繞和共諧通過結算的結果是什麼？
  2. It has been offering secure network service to 600 local scientific researchers and some other internet users. the network parallel computation cluster inside the system has been applied to carry on magnanimity supercomputing of quantum chemistry by researchers in the state key laboratory of structure chemistry. it is highly appraised by experts and users

    系統實現后已經提供了安全網路服務給600名本地科研用戶以及一些所外網際網路用戶；同時該系統中所包含的網路并行計算機群正在為中國科學院福建物質結構研究所結構化學國家重點實驗室的科研用戶提供量子化學海量超級計算服務。
  3. In this paper, the application of spin chain in the quantum information processing is introduced, including the application in quantum cryptography, teleportation and quantum computation. spin chain can be used as quantum channel to transport quantum state, and can also be used to realize general quantum gate

    介紹了自旋鏈在量子信息過程中的應用，包括在量子密碼和隱形傳輸中以及量子計算中的應用，自旋鏈可以充當量子通道用來傳輸量子態，自旋鏈也可以用來實現量子通用門。
  4. In practice, this dissertation focuses on the study of the aforementioned two problems, we have investigated and analyzed the controlling mechanism of the adiabatic conditional geometric quantum phase - shift gates for two - qubit, and realized the geometric quantum computation by making use of the nonadiabatic geometric phase of quantum states of the superconducting josephson junctions quantum interference device system. we have also discussed the accessible information of quantum signal resource ensemble, and studied the teleportation of an arbitrary d - dimensional tv - particle unknown state via a partially - entangled quantum channel ; this dissertation comes in four parts

    實際上，我們在本文中就上述兩方面的問題作了一些探討：研究和分析了兩量子位絕熱條件幾何量子相移門的控制機制，利用超導約瑟夫森結量子器件系統的量子態的非絕熱幾何相位實現了幾何量子計算、討論了信源系綜的可接收信息問題以及任意d維n粒子未知量子態通過部分糾纏量子通道的隱態傳輸問題等。
  5. The second part, which includes chapter 3 and 4, is designed to discuss the problem about geometric quantum computation : the study of the effective controlling and manipulating on the two - qubit conditional geometric quantum phase - shift gate and the realization of the two - qubit nonadiabatic conditional geometric quantum phase gate

    第二部分包括第三章和第四章，這部分主要討論幾何量子計算問題：兩量子位條件幾何量子相移門的有效控制和操縱及兩量子位非絕熱條件幾何量子相位門的實現。
  6. The import of quantum computation language provides a powerful - convenient and universal tool for the research of quantum communication

    量子計算語言的引入，為量子通信的研究提供了一種強大、簡便、通用的工具。
  7. By applying the quantum computation language which is used in quantum computation to the research of quantum communication, the validity and security simulation of a typical secure direct communication protocol, and various performance indexes of it were achieved

    將一種用於量子計算模擬的量子計算語言引入量子通信的研究中，實現了一種典型的量子安全直接通信協議的正確性、安全性模擬驗證，並得到各種性育齡旨標。
  8. On one hand, realizing and controlling a quantum logic gate is attended by people because of its inportance for quantum computation

    一方面，量子邏輯門的實現和控制因其在量子計算中的重要性而備受人們所重視。
  9. Quantum entropy theory is the foundation and powerful tool in understanding and studying such problems as quantum computation, quantum communication, quantum teleportation, quantum measurement and quantum entanglement

    它是理解和研究量子計算、量子通信、量子隱形傳態、量子測量、量子糾纏等熱點課題的理論基礎和有力工具。
  10. Macroscopic quantum phenomena and quantum computation in superconducting josephson devices

    約瑟夫森器件中的宏觀量子現象及超導量子計算
  11. The quantum dots in quantum computation

    量子計算中的量子點
  12. Quantum computation and its applications

    量子計算及其應用
  13. One obstacle that quantum computation, quantum communication and quantum key distribute must combat is noise

    通道噪聲是量子計算、量子通信和量子密鑰分配都必須克服的一大障礙。
  14. Quantum computation and quantum information is an interdiciphne of quantum mechanics, computer and information sciences

    量子計算和量子信息是量子力學，計算機科學和信息科學的交叉學科。
  15. Recently, however, there has been an increasing awareness of the need for alternative model of computation, quantum computation and dna computing being two notable examples

    然而，非標準計算的模型越來越受到人們的關注，特別是量子計算和dna計算。而自裝配理論是dna計算中最為重要的機制。
  16. In chapter. 2, the foundation knowledge of classical computation and classical information theory, and also quantum computation and quantum information theory are reviewed

    第二章對經典計算及經典信息理論、量子計算及量子信息理論基礎知識作了概述。
  17. How to realize quantum computation, the schemes are not a few. but the problem is that controlling and manipulating on microscopic quantum states in experiment is very difficult

    如何實現量子計算，方案並不少，問題是在實驗上實現對微觀量子態的控制和操縱確是太困難了。
  18. It is extremely desirable to have a better understanding of the quantum dot ( qd ) dynamics and to develop a technique to control the localization of electrons which is of possible application in quantum computation and quantum information processing

    鑒于量子點系統中電子局域化控制在量子計算和量子信息處理中的廣泛應用，人們迫切希望對此動力學系統能有更深入細致的了解。
  19. Both the theory analysis and simulations prove its superiority. the content of this paper includes : give an introduction about the recent development of the quantum computation in the researches of computation intelligence a frame of quantum evolutionary algorithm is presented an optimal mud based on a quantum evolutionary algorithm is presented a discrete particle swarm optimization based on quantum individual is presented

    本文主要內容概括如下：介紹了量子計算在計算智能研究中的發展將進化演算法和量子理論結合，提出了一種量子進化理論框架用量子進化演算法實現cdma中的最佳多用戶檢測提出一種基於量子編碼的粒子群優化演算法
  20. In this case, an entangled atom - photon - cavity system is established and this very novel system is widely used for quantum information science, such as quantum measurement, quantum computation, quantum state preparation, quantum communication, etc. but the most difficult and important part of building such entanglement machine is to control definitely the individual atoms

    由原子、光場、高品質微腔組成了一個介觀量子系統，該系統可以很好的驗證單原子與單光子作用的量子行為，在薛定鍔貓態、量子測量、量子計算、量子態制備、量子通信等領域具有重要研究價值。
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