quantum state 中文意思是什麼

quantum state 解釋
量子態
  • quantum : n. （pl. -ta ）1. 量，額；定量，定額；份；總量。2. 【物理學】量子。
  • state : n 1 〈常作 S 〉國，國家；〈通例作 S 〉（美國、澳洲的）州；〈the States〉 美國。2 國務，政權，政府...
  1. At a definite temperature a mesoscopic circuit isnt in a determinate quantum state instead of in the mixed state ( or statistical state ). using the density matrix of the canonical ensemble, we have deduced the formulate of the quantum fluctuations of both charge and current in a non - dissipative mesoscopic coupled circuit. and the dependences of the quantum fluctuation of the circuit on its temperature have obtained

    在有限溫度下，介觀電路系統實際上並不處在一個確定的量子狀態，而是處在混合態.根據正則系綜的密度矩陣導出耦合互感電路中電荷和電流的量子漲落，得到了量子漲落與溫度的依賴關系
  2. Nonlocal correlative property of quantum state

    量子態的非局域關聯性
  3. Matrix denotation of quantum state in quantum information

    量子信息中量子態的矩陣表示
  4. His exclusion principle states that no two electrons in an atom can exist in the same quantum state.

    他的不相容原理規定：一個原子中不能有兩個電子處于同一量子態。
  5. Unlike bosons, fermions are misanthropes ; the pauli exclusion principle prohibits them from existing in the same quantum state

    費米子與玻色子不同，它們喜歡離群索居，包立不相容原理禁止它們處于同一個量子狀態。
  6. In a system, no two fermions can occupy the same quantum state ( position and velocity )

    在一系統中，不能有兩粒費米子?據相同的量子態（位置與速度）
  7. Considering that r limit to a small area we adopt lattice model. in the model, cell center form space lattice. quantum state of center of mass of molecule is corresponding to the particle in potential trap. secondly, hamiltonian operator is taken into account

    再考慮到r |局限在空間一個小區域內，可採用格胞模型，格胞中心構成空間點陣，分子質心r |的量子態相當于諧振子勢阱中的質點。
  8. Based on a magnetic field controlled electron spin quantum system, utilizing the mechanism of realizing the unitary evolution of the quantum state through the quantum gate, an optimal control strategy to prepare an arbitrary quantum state is proposed

    摘要針對以磁場為控制場的電子自旋量子比特系統，結合量子門實現量子態么正演化的量子態調控機制，提出了一種量子比特系統任意量子態的最優制備策略。
  9. In 1993, bennett et al proposed a scheme for teleporting an unknown quantum state of one - particle

    1993年bennett等人提出了傳輸單粒子未知量子態的方案。
  10. Experimental results of four - photon de broglie wavelength measurement are analyzed based on a local description for the quantum state and optical field of photon pairs generated from spontaneous parametric down - conversion ( spdc )

    摘要採用對自發參量下轉換過程產生的光子對的量子態和光場的非糾纏態描述，分析了由自發參量下轉換過程產生的四光子的德布羅意波長測量的實驗，得到了與實驗觀測相一致的結果。
  11. In this thesis we discuss these three aspects in detail and our main research work is outlined as follows : in section 2 we first give a definition of entanglement and illustrate some distinctive qualities of entangled states, then explain how to describe entanglement of multi - particle quantum state. in section 3 we show many existing different schemes for preparation of entangled states by spontaneous parametric down conversation, cavity quantum electrodynamics and iron traps, moreover we present new schemes to prepare multi - atom entangled states as well as multi - cavity entangled states

    在第二章中我們將給出糾纏態的定義和度量，研究糾纏態的一些特性，第三章中我們將系統介紹目前理論上利用自發參量下轉換，通過腔量子電動力學和離子阱制備糾纏態的各種方案，以及在實驗上的進展，並在論文中重點提出了利用原子和腔場相互作用來制備多原子糾纏態和多腔場糾纏態的方案。
  12. 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。
  13. Discusses in detail the microscopic nature of various physical quantities characterizing the intrinsic attributes of hydrogen atom to prove that the hydrogen atom ' s quantum energy, the inner quantum orbital momentum of electron and the relative quantum distance between atomic nucleus and electron all relate to the quantum state of the atomic system

    摘要闡述了表徵氫原子內在屬性的各種物理量的微觀本質，證明氫原子系統的量子能量、系統內部電子的量子軌道動量及原子核和電子的量子相對距離均與原子系統所處的量子狀態有關。
  14. Quantum measurement can ’ t get all information of the quantum state, so it needs quantum state tomography to reconstruct the output quantum state

    量子測量不能獲得量子態的完整信息，因此需要採用量子狀態層析對量子態進行重構。
  15. A contrast between two methods of system estimation, gives out that the differences are based on which quantum measurement can only get partial information of the quantum state

    對同為系統估計方法兩者進行比較，得出其差異的根本點在於量子測量不能獲得量子態的完整信息。
  16. In any atom, not more than two electrons can occupy any given quantum state.

    在任一原子中，不可能有兩個以上的電子占據任一給定的量子態。
  17. It may not be clear why two electrons should be permitted in each quantum state rather than just one.

    人們也許不明白，為什麼在每一量子態中容許存在兩個電子而不是一個。
  18. Adiabatic geometric phase of a general quantum state

    絕熱演化中一般量子態的幾何相位
  19. Making quantum state by the interaction between lasers and molecules

    激光與分子相互作用制備量子態
  20. Quantum state in quantum information

    量子信息學中的量子態
分享友人
分享到 Line

分享到臉書