quantum state

Prediction of Distribution Entropy in Quantum State / Quantum State Groups

量子态和量子态组分布熵的预测规律及验证

Using Ion Trap to Prepare and Measure the Quantum State

利用离子阱制备与测量量子态

The Calculation of the Quantum State Density in the Γ - Space

Г空间中量子态密度的计算

Transmission of Information and Remote Operation of Quantum State

量子态信息的传输与量子态的远程操作

Quantum state measurement based on quantum tomography and its simulation

基于量子层析的量子态测量方案及其仿真

Quantum state is the carrier of quantum information .

量子信息的载体是量子态。

It needs infinite classical information to describe an unknown quantum state .

对一个未知量子态的经典描述需要很多的经典比特信息。

A Theoretical Analysis of Teleportation of N Particle Quantum State

N粒子量子态的隐形传送的理论分析

Entangled state is the most important quantum state .

量子态中最重要的是纠缠态。

Making quantum state by the interaction between lasers and molecules

激光与分子相互作用制备量子态

Quantum State of Poly-Si Films at Middle Temperature on Glass Substrate

玻璃衬底上中温制备多晶硅薄膜的量子态现象

Optimal preparation of quantum state of quantum-bit system taking magnetic field as controlling field

以磁场为控制场的量子比特系统量子态的最优制备

Researchers have created a " quantum state " in the largest object yet .

研究人员已使用大质量物体创造出“量子状态”。

The communication process and quantum state changes of the two schemes are reflected in quantum simulation .

在量子模拟中，反映方案的通信过程和量子态的变化情况。

Matrix denotation of quantum state is convenient for quantum parallel computation .

用矩阵表示量子信息中的量子态便于进行量子并行计算。

Teleportation of an Unknown Quantum State Under the Control of Multi-User

多个控制者参与的量子态受控传递

Changes occurring to a quantum state can be described using the language of quantum computation .

量子状态的变化可以用量子计算的语言来描述。

Adiabatic geometric phase of a general quantum state

绝热演化中一般量子态的几何相位

Heisenberg XX open chain is very important in the study of quantum state transition .

Heisenberg开链对研究量子态在自旋链上的传递有重要的意义。

An electron 's quantum state carries information , making it important for a viable quantum computer .

一个电子的量子态携带着信息，这对制造量子计算机十分重要。

It makes quantum state information carrier , and manages quantum information by state preparation and manipulation .

它是以量子态作为量子信息的载体，以对各种量子态的制备和操纵来实现对量子信息的处理，通常包括量子计算和量子通信两部分。

Generalization of Random Local Operation of Three-particle Quantum State

三粒子量子态随机局域变换的一般化

High-speed modulation of quantum state by optical soliton

光孤子对量子态的高速调制

Fidelity of Quantum State in the Course of Quantum Teleportation

量子信息传播过程中的保真度问题

This encryption method uses quantum state as the key used for the encryption and decryption of information .

这种加密方法是用量子状态来作为信息加密和解密的密钥。

Research of quantum state for liner vibrator

线性谐振子量子状态讨论

Quantum state is used in quantum information itself as quantum bit rather than probability in other quantum problems .

在量子信息学中人们利用的是量子态本身，其基本任务是量子态的存储、操纵、传输与读出。

In any atom , not more than two electrons can occupy any given quantum state .

在任一原子中，不可能有两个以上的电子占据任一给定的量子态。

The coherence of quantum state results in quantum entanglement in many-body quantum systems .

量子态的相干性导致多体量子系统可以处于纠缠态。

For example , the controlled dense coding and quantum state sharing have been experimentally realized .

例如，实现了可控量子密集编码及量子态秘密共享等。