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• W241692020 abstract "Resonant states play a governing role in many charge-changing processes in atoms; the photoionization of atoms in gas phase and the corresponding time-reversed process of dielectronic recombinations being the two most prominent and well-known examples. This is so thanks to their strongly localized character, which leads to large transition matrix elements and to the unusually long timescale at which their dynamics unfolds, if compared to free-electron wave packets. Many resonances correspond also to highly correlated electronic states. Hence, on the one hand, high-resolution extreme ultraviolet (XUV) and soft x-ray photoelectron spectroscopy, which give access to electronic resonances, provide unique insight into the effects of electronic correlation in the energy domain; on the other hand, new laser techniques able to produce light pulses of sub-femtosecond duration give a complementary, much needed, view of electronic correlation resolved in time. Here, we discuss resonances in atoms and atomic ions in all these respects. First, we survey how resonances can be accurately localized and characterized with complex scaling, standard scattering techniques and, for heavy ions, with relativistic many-body theory. The need for high precision is particularly stringent in the latter case since resonances located just above the ionization threshold, and thus whose parameters are most affected by numerical uncertainties, are often the most important for recombination. Second, we examine how the spectral properties of resonances translate in the time domain and how the course of the ionization process can be steered with external ultra-short driving laser pulses." @default.
• W241692020 created "2016-06-24" @default.
• W241692020 creator A5014659360 @default.
• W241692020 creator A5080137811 @default.
• W241692020 date "2012-01-01" @default.
• W241692020 modified "2023-09-27" @default.
• W241692020 title "Atomic Resonance States and Their Role in Charge-Changing Processes" @default.
• W241692020 cites W1188907686 @default.
• W241692020 cites W1525560439 @default.
• W241692020 cites W1531371714 @default.
• W241692020 cites W1564340505 @default.
• W241692020 cites W1646011933 @default.
• W241692020 cites W1659795918 @default.
• W241692020 cites W1963488135 @default.
• W241692020 cites W1963523143 @default.
• W241692020 cites W1963938141 @default.
• W241692020 cites W1964535081 @default.
• W241692020 cites W1964826281 @default.
• W241692020 cites W1966218487 @default.
• W241692020 cites W1966385690 @default.
• W241692020 cites W1967461168 @default.
• W241692020 cites W1968827644 @default.
• W241692020 cites W1969113016 @default.
• W241692020 cites W1971678883 @default.
• W241692020 cites W1971938495 @default.
• W241692020 cites W1973760962 @default.
• W241692020 cites W1973972314 @default.
• W241692020 cites W1974138716 @default.
• W241692020 cites W1974179816 @default.
• W241692020 cites W1974301958 @default.
• W241692020 cites W1974498067 @default.
• W241692020 cites W1974866731 @default.
• W241692020 cites W1976028062 @default.
• W241692020 cites W1978070746 @default.
• W241692020 cites W1978449352 @default.
• W241692020 cites W1979417521 @default.
• W241692020 cites W1979489200 @default.
• W241692020 cites W1979723354 @default.
• W241692020 cites W1980875578 @default.
• W241692020 cites W1982146457 @default.
• W241692020 cites W1982356792 @default.
• W241692020 cites W1983286104 @default.
• W241692020 cites W1984692617 @default.
• W241692020 cites W1985007254 @default.
• W241692020 cites W1987420750 @default.
• W241692020 cites W1987608823 @default.
• W241692020 cites W1987746749 @default.
• W241692020 cites W1988273978 @default.
• W241692020 cites W1988628581 @default.
• W241692020 cites W1990207468 @default.
• W241692020 cites W1990730114 @default.
• W241692020 cites W1991130539 @default.
• W241692020 cites W1994444668 @default.
• W241692020 cites W1996540644 @default.
• W241692020 cites W1998382083 @default.
• W241692020 cites W1998573331 @default.
• W241692020 cites W2004452819 @default.
• W241692020 cites W2004871937 @default.
• W241692020 cites W2004940467 @default.
• W241692020 cites W2005993020 @default.
• W241692020 cites W2006246239 @default.
• W241692020 cites W2006835177 @default.
• W241692020 cites W2010561889 @default.
• W241692020 cites W2011461926 @default.
• W241692020 cites W2012139824 @default.
• W241692020 cites W2012939089 @default.
• W241692020 cites W2013000267 @default.
• W241692020 cites W2015264199 @default.
• W241692020 cites W2015295404 @default.
• W241692020 cites W2015467536 @default.
• W241692020 cites W2017109347 @default.
• W241692020 cites W2017274654 @default.
• W241692020 cites W2017973392 @default.
• W241692020 cites W2018823433 @default.
• W241692020 cites W2018888066 @default.
• W241692020 cites W2019242688 @default.
• W241692020 cites W2020820782 @default.
• W241692020 cites W2021018851 @default.
• W241692020 cites W2022991038 @default.
• W241692020 cites W2025051739 @default.
• W241692020 cites W2027874068 @default.
• W241692020 cites W2029284623 @default.
• W241692020 cites W2029669981 @default.
• W241692020 cites W2030259267 @default.
• W241692020 cites W2030509724 @default.
• W241692020 cites W2030961318 @default.
• W241692020 cites W2031901937 @default.
• W241692020 cites W2034981013 @default.
• W241692020 cites W2035868004 @default.
• W241692020 cites W2036044578 @default.
• W241692020 cites W2036188174 @default.
• W241692020 cites W2036454248 @default.
• W241692020 cites W2036858932 @default.
• W241692020 cites W2037544552 @default.
• W241692020 cites W2037816532 @default.
• W241692020 cites W2038252217 @default.
• W241692020 cites W2038329126 @default.
• W241692020 cites W2038599716 @default.

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