entanglement measure 中文意思是什麼

entanglement measure 解釋
糾纏度量
  • entanglement : n. 1. 纏結;糾紛,混亂。2. 牽連。3. 為難。
  • measure : n 1 尺寸,尺度,量,分量;【數學】測度;度量法;計量單位。2 量具,量器。3 (衡量)標準,準繩;程...
  1. The main content of this dissertation is as follows : this dissertation introduces in details the basic conditions that bipartite entanglement measure should satisfy and the five entanglement measure, von neumann entropy, formation of entanglement, distillation of entanglement, relative entropy of entanglement and entanglement monotone. this dissertation presents that for a class of states, their relative entropy can be calculated analytically

    主要內容包括:詳細闡述了兩體糾纏度量須滿足的基本條件,以及五種基本糾纏度量: vonneumann熵、結構糾纏、提取糾纏、相對熵糾纏和糾纏單調,給出了一類態相對熵糾纏的解析計算公式。
  2. This dissertation does a research in the measure of quantum entanglement, its property and entanglement transformation

    本文圍繞量子糾纏的度量、性質和糾纏的轉換進行了研究。
  3. In terms of the measure of entanglement called " negativity ", the thermal entanglement in a two - qubit spin - 1 system with two spins coupled by exchange interaction is investigated, we find that there is a segment for j in which the entanglement is zero, moreover the segment increases with t, this is different from the cases of the spin - 1 / 2

    應用糾纏度對高維度系統的度量方法- - - 「 negativity 」 ,我們研究了自旋等於1的兩量子比特系統的熱糾纏,我們還發現在耦合常數一般區域糾纏度為零,這個結論和自旋等於1 2的情況是不同的。
  4. By means of the measure of entanglement called " concurrence ", we study the entanglement in heisenberg a single molecular magnets dimer v + with a strong magnetic field and find that thermal entanglement exits for both ferromagnetic ( fm ) and antiferromagnetic ( afm ) cases. in fm case entanglement vanishes for anisotropic parameter value = 0, while in afm case, entanglement exits in the whole region of anisotropic parameter 0 < < 1. an interesting conclusion is that the critical temperature is independent of the magnetic field

    應用糾纏的一種測量「 concurrence 」 ,對自旋二聚物v ~ ( 4 + )在外加強磁場情況下的熱糾纏進行了研究,發現對于鐵磁和反鐵磁兩種情況,熱糾纏都存在;鐵磁情況下,在各向異性常數等於零的時候糾纏消失,而對于反鐵磁在整個各向異性常數變化范圍內糾纏都存在,有意思的是我們發現臨界溫度獨立於磁場b ,我們也研究了糾纏度隨各向異性常數、磁場和溫度的變化。
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