A computational preprint models native interstitial, vacancy and antisite defects in ground-state C2-type antiferromagnetic α-MnO₂. It reports the oxygen vacancy as the most stable neutral defect, strong donor–acceptor compensation and defect-related sub-gap optical features, while stressing that equilibrium carrier type and real-world defect populations remain unestablished.
The study presents a step-by-step MRM workflow and shows that standardization choice can alter both statistical results and biological interpretation in a piglet-liver validation dataset.
Journal of biomolecular techniques : JBT4 min read