quantum coherence

Intermolecular multiple-quantum coherence ( iMQC) phenomenon is a hot topic in the NMR field and has ever arose great controversy in the theoretical formalism of iMQCs.

分子间多量子相干（Intermolecular Multiple Quantum Coherence，iMQC）是核磁共振领域的前沿热点话题之一，对其的理论解释曾引起广泛争议。

Manipulation of atomic coherence now becomes an important technique to control quantum and even classical processes.

目前操纵原子相干性已经成为一种重要的控制量子和普通经典过程的技术.

Quantum Coherence Effect Induced by Two Lasers in V-Shaped Three-Level System

V型三能级原子系统与双激光场相互作用的量子干涉效应

This coherence effect is qualitatively different from quantum beats, which originate from interference between wave-function amplitudes.

这种相干效应与起源于波函数几率幅之间干涉的量子拍频有着很大的差别。

The change of quantum coherence due to decoherence will lead to variation of quantum entanglement.

量子退相干破坏量子态的相干性，进而导致量子纠缠出现变化。

The differential interference angle of Λ-Related Quantum Interference of 1 Π-state diatom was presented to measure the degree of coherence, by using the first order Born approximation of time-dependent perturbation theory.

作者文运用含时微扰的一级波恩近似理论，提出了衡量干涉程度的1П态双原子分子中关于∧量子干涉的微分干涉角。