quantum decoherence 中文意思是什麼

quantum decoherence 解釋
量子散
  • quantum : n. （pl. -ta ）1. 量，額；定量，定額；份；總量。2. 【物理學】量子。
  • decoherence : 去相干
  1. In quantum system, noise primary results from decoherence and imperfect quantum gates. the code that combat noise is named quantum channel coding

    在量子系統中，通道噪聲主要源於消相干效應和量子門的不精確性。
  2. We first design the construction modules of serially concatenated quantum convolutional code. and then design the corresponding code - coding gate - array. in quantum error avoiding code, we first unified the definitions of decoherence - free subspace, and then proved that all these definitions are equivalent

    在量子避錯碼方面，統一了各種無消相干子空間的定義，證明了各種定義之間的等價性，同時提出一種利用群論方法構造無消相干子空間的簡單方案。
  3. The decoherence suppression issue is studied for two - level quantum systems based on coherent control strategy

    摘要對於二能級開放量子系統，研究了利用相干控制抑制退相干效應的問題。
  4. Thanks to the interpretation of quantum decoherence, progress has been made in solving the problem of quantum measurement

    摘要量子測量退相干解釋，在解決量子測量難題上正在取得進展。
  5. Much of his work bears on the concept of parallel universes : evaluating evidence for infinite space and cosmological inflation ; developing insights into quantum decoherence ; and studying the possibility that the amplitude of microwave background fluctuations, the dimensionality of spacetime and the fundamental laws of physics can vary from place to place

    許多他的工作都含有平行宇宙的概念：評估無限大空間與宇宙暴脹的證據，發展對量子去相干現象的洞察，以及研究諸如微波背景輻射漲落的振幅、時空的維度以及物理的基本定律可隨位置而變化的可能性。
  6. Quantum coherence and quantum decoherence

    量子相干與量子消相干
  7. When the density matrix of the whole ensemble consisted of system - meter is reduced to the microscopic physical system, the system trend quantum decoherence in nature

    把由系統與儀器組成的系綜的密度矩陣約化到被測系統部分，於是自然趨近量子退相干。
  8. We also proposed a simple method to compose decoherence - free subspace utilizing group theory. quantum key distribution is the first quantum information application that is nearly applicable. both bb84 and b92 have been achieved great success in experiments

    量子密鑰分配是量子信息理論中第一個步入實用化研究階段的應用，無論國防科學技術大學研究生院學位論文是bb84協議，還是b92協議，都已經在實驗中獲得巨大的成功。
  9. However, on the other hand, quantum information processing and quantum computing need stable coherent superposed state, then decoherence is a difficulty of realizing them, it is, therefore, an important issue to find methods for slowing down decoherence in order to stabilize the coherent superpositions in the field of quantum study

    然而，另一方面，量子信息與量子計算需要穩定的相干疊加態，而退相干是實現它們的障礙，因此，為了獲得穩定的相干疊加態，尋找減小退相干的方法成為量子研究領域的重要議題。
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