Theoretical Atomic Collisions Laboratory
Principal Investigator Dr. Yew Kam Ho
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Quantum entanglement for two electrons in the excited states of helium-like systems
Citation:
Lin, Y-C, Ho YK. 2014. Quantum entanglement for two electrons in the excited states of helium-like systems. Canadian Journal of Physics.
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Recent Publications
S-wave resonances below the Ps(n = 2) excitation threshold of the e+ − He system embedded in Debye plasma
Positronium formation in positron and alkali-metal atoms (Li, Na, K, Rb, & Cs) collisions in Debye plasma environments
Classical analysis of angular differential and total cross sections for charge transfer and ionization in He-like systems-Helium atom collisions
Natural and unnatural parity resonance states in the positron-hydrogen system with screened Coulomb potentials
High-lying doubly excited resonances in Ps - nteracting with screened Coulomb potentials
Resonant Compton Scattering of Photons by Helium Atoms in Lorentzian Astrophysical Plasmas
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