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• W2947829331 startingPage "5091" @default.
• W2947829331 abstract "Atomic and molecular resonances play an important role in many physical processes, hence developing theoretical tools to properly calculate these states is required. Recently, we introduced a method for calculating the electronic resonance complex energies from stabilization graphs via analytical continuation, specifically, using the Padé approximant. This method was shown to be efficient, for example, in interpreting the results of cold molecular collisions. However, we observed that the complex energies obtained by Padé depend on the selected set of input points from the stabilization graph. In addition, unphysical solutions (noise) may appear and need to be eliminated. Therefore, applying the method to systems in which the resonance values are unavailable is difficult. The excited Li–He* Feshbach states, for which autoionization was recently observed, present such a challenge. Herein, we introduce a statistical approach to single out the resonance energy from the false solutions by identifying it as a cluster of Padé solutions. This clusterization technique was applied to study several electronic resonance states, for which we obtained excellent agreement with available data (exact or other theoretical solutions and an experimental result). Following this, the technique successfully identified the most likely Li–He* Feshbach resonance energy. Moreover, we concluded that large input sets generate much noise while restricting the number of points facilitates clusterization, which makes this approach more attractive, since input points are obtained from computationally demanding electronic-structure calculations. Overall, the use of analytical continuation via Padé, along with the statistical technique presented herein, offers an efficient approach to calculate resonances." @default.
• W2947829331 created "2019-06-07" @default.
• W2947829331 creator A5012867498 @default.
• W2947829331 creator A5068697220 @default.
• W2947829331 date "2019-05-22" @default.
• W2947829331 modified "2023-10-17" @default.
• W2947829331 title "The Clusterization Technique: A Systematic Search for the Resonance Energies Obtained via Padé" @default.
• W2947829331 cites W1501306146 @default.
• W2947829331 cites W1543004042 @default.
• W2947829331 cites W1557484260 @default.
• W2947829331 cites W1649271673 @default.
• W2947829331 cites W1969181150 @default.
• W2947829331 cites W1971215268 @default.
• W2947829331 cites W1971382354 @default.
• W2947829331 cites W1972439449 @default.
• W2947829331 cites W1974301958 @default.
• W2947829331 cites W1982356792 @default.
• W2947829331 cites W1982985312 @default.
• W2947829331 cites W1983663020 @default.
• W2947829331 cites W1983699563 @default.
• W2947829331 cites W1987296779 @default.
• W2947829331 cites W1988645669 @default.
• W2947829331 cites W1989563849 @default.
• W2947829331 cites W1992535203 @default.
• W2947829331 cites W2008536359 @default.
• W2947829331 cites W2010561889 @default.
• W2947829331 cites W2015467536 @default.
• W2947829331 cites W2016927700 @default.
• W2947829331 cites W2018355895 @default.
• W2947829331 cites W2025745833 @default.
• W2947829331 cites W2026172453 @default.
• W2947829331 cites W2028415063 @default.
• W2947829331 cites W2030008933 @default.
• W2947829331 cites W2030243703 @default.
• W2947829331 cites W2042128818 @default.
• W2947829331 cites W2043234702 @default.
• W2947829331 cites W2045431579 @default.
• W2947829331 cites W2051685147 @default.
• W2947829331 cites W2052979335 @default.
• W2947829331 cites W2054922040 @default.
• W2947829331 cites W2055367822 @default.
• W2947829331 cites W2059510692 @default.
• W2947829331 cites W2059737335 @default.
• W2947829331 cites W2063208735 @default.
• W2947829331 cites W2069111260 @default.
• W2947829331 cites W2075083338 @default.
• W2947829331 cites W2078958100 @default.
• W2947829331 cites W2082689454 @default.
• W2947829331 cites W2089003542 @default.
• W2947829331 cites W2089718304 @default.
• W2947829331 cites W2092563115 @default.
• W2947829331 cites W2092725981 @default.
• W2947829331 cites W2094648761 @default.
• W2947829331 cites W2122747980 @default.
• W2947829331 cites W2125994108 @default.
• W2947829331 cites W2131584150 @default.
• W2947829331 cites W2145057810 @default.
• W2947829331 cites W2155711475 @default.
• W2947829331 cites W2168850143 @default.
• W2947829331 cites W2203422300 @default.
• W2947829331 cites W2231731832 @default.
• W2947829331 cites W2248981295 @default.
• W2947829331 cites W2252644854 @default.
• W2947829331 cites W2262931301 @default.
• W2947829331 cites W2268336373 @default.
• W2947829331 cites W2273732506 @default.
• W2947829331 cites W2316450215 @default.
• W2947829331 cites W2326643017 @default.
• W2947829331 cites W2327342503 @default.
• W2947829331 cites W2335078244 @default.
• W2947829331 cites W2344073702 @default.
• W2947829331 cites W2437142874 @default.
• W2947829331 cites W2540186573 @default.
• W2947829331 cites W2570279239 @default.
• W2947829331 cites W2576093249 @default.
• W2947829331 cites W2589583839 @default.
• W2947829331 cites W2595468762 @default.
• W2947829331 cites W2613155840 @default.
• W2947829331 cites W2649965940 @default.
• W2947829331 cites W2730983557 @default.
• W2947829331 cites W2783618103 @default.
• W2947829331 cites W2787990021 @default.
• W2947829331 cites W2902651702 @default.
• W2947829331 cites W2911246726 @default.
• W2947829331 cites W2915283995 @default.
• W2947829331 cites W2921394160 @default.
• W2947829331 cites W3161510363 @default.
• W2947829331 doi "https://doi.org/10.1021/acs.jpca.8b12573" @default.
• W2947829331 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31117585" @default.
• W2947829331 hasPublicationYear "2019" @default.
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