Abstract:The effects of the vibronic coupling in quantum cellular automata (QCA) based on the square planar mixed valence (MV) molecular cells comprising four paramagnetic centers (spin cores) and two excess mobile electrons are analyzed in the important particular case when the Coulomb energy gap between the ground antipodal diagonal‐type two‐electron configurations and the excited side‐type configurations considerably exceeds both the one‐electron transfer parameter (strong U‐limit) and the vibronic stabilization ene… Show more
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