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arXiv 2609.25753quant-phphysics.atom-ph

强场里德堡态激发的光子统计调控

Photon-Statistics Control of Strong-Field Rydberg-State Excitation

Tao Jiang, Jinlei Liu, Haopu Dou, Lingyi Zhao, Peng Xiang, Liangjun Peng, Renyu Wang, Jing Zhao, Xiaowei Wang, Yue Lang, Zengxiu Zhao

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中文总结 AI 辅助

本文通过量子光学相空间方法与含时薛定谔方程计算,揭示光子统计通过展宽共振增强多光子里德堡激发,但抑制隧穿介导再俘获,并影响末态对称性。

中文摘要 AI 辅助

光子统计为强场束缚态形成提供了新的控制维度。结合量子光学相空间表述与含时薛定谔方程计算,我们表明场涨落通过展宽交流斯塔克位移共振增强多光子里德堡激发,但即使电离增加也抑制隧穿介导的再俘获。一个量子统计再俘获模型将后者归因于系综引起的相对路径相位色散。光子统计还重塑里德堡流形宇称,将场统计与再俘获相干性和末态对称性联系起来。

英文摘要

Photon statistics provides a new control dimension for strong-field bound-state formation. Using a quantum-optical phase-space formulation coupled to time-dependent Schrödinger-equation calculations, we show that field fluctuations enhance multiphoton Rydberg excitation by broadening AC-Stark-shifted resonances, but suppress tunneling-mediated recapture even as ionization increases. A quantum-statistical recapture model attributes the latter to ensemble-induced dispersion of relative path phases. Photon statistics also reshapes Rydberg-manifold parity, linking field statistics to recapture coherence and final-state symmetry.

发表机构

  • National University of Defense Technology(国防科技大学)

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