October 8, 2025RSC AdvancesOpen Access

Study of the electronic, magnetic, and thermoelectric aspects of spinel chalcogenides SrCe₂Z₄ (Z = Te, Se, S) for spintronic and energy applications

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Spinel chalcogenides are explored for their unique materials properties, enhancing spintronic applications.
The study emphasizes the electronic and magnetic properties of SrCe2Z4, highlighting its use in energy devices.
Findings indicate promising thermoelectric capabilities for SrCe2Z4, pointing towards its future in energy technologies.
Research on spinel chalcogenides underscores their potential impact on advancing both spintronic and thermoelectric applications.

Implication

Analysis reveals potential of spinel chalcogenides in spintronic and thermoelectric technologies, suggesting significant energy applications.

Spinel chalcogenides are promising candidates for the advancement of spintronic and thermoelectric devices.

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Furqan et al. (2025) studied this question.

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Analysis reveals potential of spinel chalcogenides in spintronic and thermoelectric technologies, suggesting significant energy applications.

Spinel chalcogenides are promising candidates for the advancement of spintronic and thermoelectric devices.