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It is highly desirable to effectively tune electronic and magnetic properties using simple means such as applying an external electrical field or strain in spintronics research. Here, we investigate the strain manipulation of the electronic structure and magnetic anisotropy in (Mn2.25Co0.75Ga0.5Sn0.5)2/(MgO)1 superlattices using first-principles calculations, where Mn2.25Co0.75Ga0.5Sn0.5 (MCGS) is a newly proposed spin gapless semiconductor with 100% spin polarization. We report that -3 to -5% compressive strain and 1 to 2% tensile strain
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