发表机构
Federal University of São Carlos（圣卡洛斯联邦大学）
机构由 AI 辅助整理，请以论文原文为准。AI 中文总结
基于QCD启发的有效模型，研究受限三能级系统中暗态干涉对探针磁化率的抑制效应，揭示其与量子光学暗态干涉的类比联系。
AI 中文摘要
在本工作中，一个受QCD启发的有效模型描述了受限三态系统中的暗态干涉，该系统包含两个低能$Q\overline{Q}$态$|1\rangle$和$|2\rangle$，以及一个胶子激发的混合态$|H\rangle$。一个静态色电场通量管背景进入未微扰哈密顿量，而一个含时色电微扰以$\Lambda$型构型将$|1\rangle$和$|2\rangle$耦合到$|H\rangle$。在双光子共振条件下（我们仅通过数学类比保留EIT文献中的标准术语如“双光子”，但它们并非指电磁光子，而是指连接受限态的有效频率和色电微扰与胶子激发的能量失配），并在马尔可夫Gorini-Kossakowski-Sudarshan-Lindblad主方程框架内，系统形成一个与$|H\rangle$退耦合的相干叠加态，随着低态退相干消失，稳态探针磁化率$\operatorname{Im}\chi_{\text{CE}}$被强烈抑制。对混合能量的唯象非阿贝尔修正主要移动和重塑透明窗口，而非产生干涉本身。该模型并非介质不透明度的第一性原理QCD计算，而是量子光学中暗态干涉与约化受限色动力学之间的一个受控有效联系。
英文摘要
In this work, a QCD-inspired effective model describes dark-state interference in a confined three-state system with two low-energy $Q\overline{Q}$ states, $|1\rangle$ and $|2\rangle$, and a gluon-excited hybrid state, $|H\rangle$. A stationary chromoelectric flux-tube background enters the unperturbed Hamiltonian, while a time-dependent chromoelectric perturbation couples $|1\rangle$ and $|2\rangle$ to $|H\rangle$ in a $Λ$-type configuration. Under two-photon\footnote{We retain standard terms like ``two-photon'' from the EIT literature only by mathematical analogy, but they do not refer to electromagnetic photons but to the effective frequencies and energy mismatches of chromoelectric perturbations and gluonic excitations that connect confined states.} resonance and within a Markovian Gorini-Kossakowski-Sudarshan-Lindblad master equation, the system forms a coherent superposition that decouples from $|H\rangle$, strongly suppressing the steady-state probe susceptibility $\operatorname{Im}χ_{\text{CE}}$ as lower-state decoherence vanishes. A phenomenological non-Abelian correction to the hybrid energy mainly shifts and reshapes the transparency window rather than creating the interference itself. The model is not a first-principles QCD calculation of medium opacity but a controlled effective link between dark-state interference in quantum optics and reduced confined color dynamics.
