量子化辐射场耦合原子共振态的存在性与构造
Existence and Construction of Resonances for Atoms Coupled to the Quantized Radiation Field
摘要：
对于非相对论性原子，这是最低限度地耦合到量子化的辐射场，从激发原子本征态出现的共振构造的迭代方案的启发\cite{Pizzo2003}和\cite{BachFrohlichPizzo2006}。该方案连续地去除了动量空间中的红外截止，并产生了一个收敛算法，使我们能够计算共振本征值和本征态，在feinstructure常数$α\sim 1/137$的任意阶，因此是一种替代方法证明类似的结果在\cite{Sigal2010}。
英文摘要：
For a nonrelativistic atom, which is minimally coupled to the quantized radiation field, resonances emerging from excited atomic eigenstates are constructed by an iteration scheme inspired by \cite{Pizzo2003} and \cite{BachFrohlichPizzo2006}. This scheme successively removes an infrared cut off in momentum space and yields a convergent algorithm enabling us to calculate the resonance eigenvalues and eigenstates, to arbitrary order in the feinstructure constant $α\sim 1/137$, and is thus an alternative method of proof of a similar result obtained in \cite{Sigal2010}.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
