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Yan, Z-C, Ho YK.  1999.  Relativistic effects in positronium hydride. Physical Review A. 60:5098., Number 6: APS Abstract1999_6.pdf

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Sahoo, S, Ho YK.  2001.  Resonance of hydrogen and lithium atoms in parallel magnetic and electric fields. Physical Review A. 65:015403., Number 1: APS Abstract2001_5.pdf

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Oza, DH, Ho YK.  1985.  Resonance parameters of the< sup> 1 D< sup> e doubly excited states of helium. Physics Letters A. 110:126–128., Number 3: Elsevier Abstract1985_4.pdf

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Kar, S, Ho YK.  2011.  Resonance states of Ps< sup>- using correlated wave functions. Computer Physics Communications. 182:119–121., Number 1: Elsevier Abstract2011_13.pdf

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Kar, S, Ho YK.  2007.  Resonance states of three self-gravitating bosons and fermions. Physical Review A. 76:032711., Number 3: APS Abstract2007_11.pdf

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Kar, S, Ho YK.  2008.  Resonance states of three self-gravitating bosons and fermions below the N = 3 threshold of the two-body subsystem. Journal of Physics B: Atomic, Molecular and Optical Physics. 41:065302., Number 6 Abstract2008_14.pdfWebsite

The resonance states of systems consisting of three identical bosons and three fermions interacting with an attractive 1/ r potential are investigated using highly correlated exponential basis functions. The method of complex-coordinate rotation is used to extract energies and widths for the resonances lying below the N = 3 excited state threshold of the respective two-body subsystem. We have obtained a total of 24 S-wave resonances for the three-boson system and a total of 19 S-wave resonances in total spin-3/2 (the 4 S state) and a total of 15 S-wave resonances in total spin-1/2 (the 2 S state) below the N = 3 threshold. For the resonances associated with the N = 3 threshold, we have obtained two, three and four series of Rydberg states for the three-boson system, three-fermion system for 2 S states and three-fermion system for 4 S states, respectively. The resonance energies and widths of these states for the three-body self-gravitating bosons and fermions are reported.

Masui, H, Ho YK.  2002.  Resonance states with the complex absorbing potential method, Apr. Phys. Rev. C. 65:054305.: American Physical Society Abstract2002_2.pdfWebsite

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Ho, YK.  1996.  Resonances in ${\mathit{e}}^{+}$-${\mathrm{He}}^{+}$ scattering, May. Phys. Rev. A. 53:3165–3168.: American Physical Society Abstract1996_1.pdfWebsite

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Kar, S, Ho YK.  2011.  Resonances in electron–hydrogen scattering in Debye plasmas. Journal of Physics B: Atomic, Molecular and Optical Physics. 44:015001., Number 1: IOP Publishing Abstract2011_14.pdf

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Ho, YK.  1989.  Resonances in helium atoms associated with theN= 4 andN= 5 He+ thresholds. Zeitschrift für Physik D Atoms, Molecules and Clusters. 11:277–281., Number 4: Springer Abstract1989_1.pdf

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Ho, YK, Callaway J.  1986.  Resonances in H\^{}$\{$-$\}$ associated with the N= 4, 5, and 6 hydrogen thresholds. Physical Review A. 34:130., Number 1: APS Abstract1986_5.pdf

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Ho, YK.  1990.  Resonances in H\^{}$\{$-$\}$ associated with the N= 7 hydrogen threshold. Physical Review A. 41:1492., Number 3: APS Abstract1990_6.pdf

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Kar, S, Ho YK.  2005.  Resonances in positron scattering from Na and K. The European Physical Journal D-Atomic, Molecular, Optical and Plasma Physics. 35:453–459., Number 3: Springer Abstract2005_6.pdf

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Ho, YK.  1992.  Resonances in positron-atom scattering. Hyperfine Interactions. 73:109–130., Number 1-2: Springer Abstract1992_3.pdf

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Ho, YK.  2006.  Resonances in positronium negative ions. In: Proceedings for Temkin–Drachman retirement symposium,(NASA/CP-2006-214146). :111. Abstract
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Ho, YK.  2000.  Resonances in Three- and Four-Body Atomic Systems involving Electrons and Positrons. Few-Body Problems in Physics ’99. 12(Oryu, Shinsho, Kamimura, Masayasu, Ishikawa, Souichi, Eds.).:25-32.: Springer Vienna Abstract2000_7.pdf

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