Quantifying quantum coherence in a metal-silicate framework
C. Cruz,
M. F. Anka
Abstract:The study of quantum coherence in condensed matter systems is a broad avenue to be explored toward the enhancement of its quantum properties by means of material engineering. In this regard, the present work reports a study of the influence of temperature, pressure and magnetic fields on the quantum coherence of a Cu(II) metal-silicate framework. We calculate the l1 trace norm quantum coherence as a function of the magnetic susceptibility of the compound, which allows us to evaluate the effects of these extern… Show more
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