双原子与多原子异核超长相距里德堡分子
Diatomic and Polyatomic Heteronuclear Ultralong-Range Rydberg Molecules
AI总结：
该研究从理论上探究异核超长相距里德堡分子的形成与特性，对比其与同核体系的振动能级，预测多原子异核体系的演化规律，并指出其在量子技术等领域的应用潜力。
摘要：
超长相距里德堡分子（ULRMs）因其独特的电子特性及在量子技术中的潜在应用，已引发广泛研究兴趣。我们从理论层面研究了异核ULRMs的形成与特性，重点关注Rb-Cs体系。我们探究了异核nD ULRMs的振动能级，并将其与同核对应体系进行对比。我们还预测了多原子异核ULRMs的形成，讨论了结合能与光谱特征如何随基态原子数量增加而演化。我们以分子光谱的形式给出理论预测，为理解这类体系的形成动力学提供了见解。本研究进一步探索了异核ULRMs在量子信息处理、量子模拟及精密测量中的潜在应用，为多体物理与量子技术领域的未来研究提供了新方向。
英文摘要：
Ultra-long-range Rydberg molecules (ULRMs) have attracted significant interest due to their unique electronic properties and potential applications in quantum technologies. We theoretically investigate the formation and characteristics of heteronuclear ULRMs, focusing on Rb-Cs systems. We explore the vibrational energy levels of heteronuclear nD ULRMs and compare them with homonuclear counterparts. We also predict the formation of polyatomic heteronuclear ULRMs, discussing how the binding energy and spectral features evolve as the number of ground-state atoms increases. Our theoretical predictions are presented in terms of molecular spectra and provide insight into the formation dynamics of these systems. The study further explores the potential applications of heteronuclear ULRMs in quantum information processing, quantum simulation, and precision measurements, offering new avenues for future research in many-body physics and quantum technologies.
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