Abstract
A mixture of Mg and MgO has been subjected to a shock-wave pressure of ≈170kbar. The ac susceptibility measurements of the product has revealed a metastable superconductivity with Tc≈30K, characterized by glassy dynamics of the shielding currents below Tc. Comparison of the ac susceptibility and the dc magnetization measurements infers that the superconductivity arises within the interfacial layer formed between metallic Mg and its oxide due to the shock-wave treatment.
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