The article introduces basic characteristics and method of quantum logic gate, the physics realization and experiment makes progress of quantum logic gate in quantum information technique.
文章介绍量子信息技术中量子逻辑门的基本特点、方法以及实现量子门的物理实验进展。
In realization, topology class, layer class, branch class etc are designed based on the object-oriented technique, and based on this, the topology and the method realizes.
在实现的过程中，基于面向对象技术设计了拓扑类、层类、支路类等，并以此为基础实现了拓扑和算法。
The realization of this teChnique makes it possible to apply the Moire interferometry and lattice method under high-temperature, high-pressure environments.
在几种不同材料的试件表面刻蚀出了试件栅，这种技术的实现使云纹干涉法和精细网格法在高温高压环境下的广泛应用成为可能。
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