Quantum process tomography is a powerful tool for characterizing quantum processes in a variety of physical systems. It provides a comprehensive and quantitative description of the dynamics of quantum systems, enabling researchers to investigate the behavior of complex quantum systems with high precision. This technique has been applied in diverse areas such as quantum computing, quantum communication, and quantum information processing. By reconstructing the complete quantum state of a system, quantum process tomography offers crucial insight into the underlying mechanisms governing quantum phenomena, paving the way for advances in quantum technology. From fundamental research to practical applications, the precision and accuracy of quantum process tomography make it an essential tool for understanding and engineering quantum processes. Whether in the field of quantum mechanics or quantum engineering, the importance and versatility of quantum process tomography cannot be overstated.
量子过程层析,quantum process tomography
1)quantum process tomography量子过程层析
1.Andquantum process tomography is a procedure by which an unknown quantum operation can be fully experimentally characterized.而量子过程层析是实验确定未知量子操作的方法。
2)Process tomography technique过程层析测量技术
3)quantum process量子过程
1.In this article,some research is conducted on this kind of process whether it is thequantum process or the classical one.本文围绕着这个过程是量子过程还是经典过程进行了讨论。
英文短句/例句
1.Dominance of quantum processes is not complete.量子过程并不囊括一切。
2.This process is called a quantum jump.这种过程叫做量子跃迁。
3.Quantum Information Processes Based on Cavity Quantum Electrodynamics基于腔量子电动力学的量子信息过程
4.Investigation of Quantum Properties and Quantum Measurement of Optical Parametric Process光学参量过程的量子特性与量子测量研究
5.a process that alters the energy or structure or composition of atomic nuclei.改变原子核能量、结构或组成的过程。
6.During this process, the energy of the electrons is spent.在这个过程中，电子的能量消耗了。
7.Quantum Information Process Based on Josephson Effect;基于Josephson效应的量子信息过程
8.Semi-Quantitative Studies on Processes of Molecular Recognition Utilizing Thermodynamic Method;分子识别过程的热力学半定量化研究
9.Study of Methanol Electro-oxidation in the Light of Quantum Chemistry;甲醇电化学氧化过程的量子化学研究
10.Construction of Fractional Lévy Noises and Quantum Lévy Processes;分式Lévy噪声与量子Lévy过程的构造
11.Certain Wider Stationary Quantum Stochastic Processes and Example in Statistical Mechanics;一类宽平稳量子随机过程及实例分析
12.Quality Prediction Based on Sub-Stage LS-SVM for Batch Processes基于子时段LS-SVM的间歇过程质量预测
13.Taking Process Quality Seriously through Whole Process of Electronic Circuits Design重视过程质量的电子电路类设计实验
14.Quantum Chemical Studies of Molecule Structure and Chemical Reaction Process;量子化学方法研究分子结构和化学反应过程
15.Influence of the Virtual Photon Process on the Trapped Ion in Trapped Ion Quantum Computer;冷槽离子量子计算机中虚光子过程对槽离子状态的影响
16.In fact, this process of accretion is more efficient at releasing energy than even nuclear processes.事实上，这种聚集过程的能量释放比原子能释放过程更加有效。
17.Reconstruction of Photon Conversions and Precise Measurement of Photon Energy at BESⅡ北京谱仪上光子转换过程的重建与光子能量的精确测量(英文)
18.an operator that leaves unchanged the element on which it operates.在运算过程中所剩下的不变量称为算子。
相关短句/例句
Process tomography technique过程层析测量技术
3)quantum process量子过程
1.In this article,some research is conducted on this kind of process whether it is thequantum process or the classical one.本文围绕着这个过程是量子过程还是经典过程进行了讨论。
4)quantum tomography量子层析
1.Moreover,the Wigner quasi-probability distribution function of the squeezed vacuum was reconstructed usingquantum tomography technique.41 dB的实测压缩度,并采用量子层析技术重构出真空压缩态光场在相空间的Wigner准概率分布函数。
5)process tomography过程层析成像
1.Opticalprocess tomography is the developing tomography technology,which is usually used in multiphase flow parameter measurement.提出了一个用于两相流参数检测的红外激光过程层析成像原型系统,并对系统的结构、算法、性能以及特点进行了分析。
2.The new generation of process parameters measuring technology--Process Tomography(PT) has come into the stage of industrial applications.过程层析成像（Ｐｒｏｃｅｓｓ Ｔｏｍｏｇｒａｎｈｙ，简称ＰＴ）技术经过十多年的发展已逐步走向成熟，从实验室研究进入到工业应用研究阶段。
3.The different configurations ofprocess tomography (PT) sensors were simulated.对过程层析成像传感器配置进行了模拟研究 ,分析了传感器尺寸、阵列间距和传感器扫描步进角度对重建图像质量的影响。
6)process tomography过程层析成象
1.Theprocess tomography is a new detecting technique,which is very important in two-phase flow measurements.过程层析成象是一项新的两相流检测技术。
延伸阅读
量子随机过程量子随机过程quantum stochastic processes且子随机过程f印.毗口l动闻脑成k碑0以洲，拐;抽aHTO服ec刃，曲“砒nP0uecc叫[补注】古典概率和t子概率基础.量子论作为新力学出现，但不久就认识到它也是新的概率论(pro恤bilityt」leory).古典概率和t子概率(qUantum Pm比bility)之间的差别，通常认为事实上是这样的:对于前者，不相容事件的概率相加(pro恤bili6留of恻。int eVellts目d)，而对于后者，不相容事件的振幅相加(姗plit区晚of disjointe祀nts add)，一个事件的振幅(彻叩也理七ofan eVe力t)为一复数，其平方是该事件的概率.更精确的说法是，古典复合概率定理(也印n劝of colrlPositeprobe腼石已) 艺p(al忆)p(b，)一p(a)，(AI)J在量子情况要代之以复合振幅定理(t址幻记m of 00刀。-posite an1Plit波比)不*‘a，”j，沙‘b，，一沙‘a，;‘A2)其中两个恒等式必须作如下解释:给定振幅妙(川气)，穴幼和相应古典概率p(a}忆)=}妙(。
