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This is a Density Functional Theory study (also classified as: Observational).

September 10, 2025Advanced ScienceOpen Access

Revealing Robust Room Temperature Ferromagnetism in Gd‐Doped Few‐Layered MoS2 Thin Films

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This study demonstrates ferromagnetic behavior in MoS2 with 0.47% Gd, suggesting defect engineering enhances magnetic properties.

Achieving saturation magnetization of 454 emu/cm3 in Gd-doped MoS2 films shows significant improvement over bulk samples.
The interplay between Gd dopants and vacancies leads to the formation of bound magnetic polarons, enabling ferromagnetic behavior.
H2S annealing and DFT calculations indicate that defect healing reduces saturation magnetization significantly by 83%.
The findings highlight the importance of Gd doping and defect engineering in developing high-performance 2D magnetic materials.

Anbalagan et al. (2025) studied this question.

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September 10, 2025Advanced ScienceOpen Access

View Full Paper

Ask AI

Bookmark

Authors

This study demonstrates ferromagnetic behavior in MoS2 with 0.47% Gd, suggesting defect engineering enhances magnetic properties.

Achieving saturation magnetization of 454 emu/cm3 in Gd-doped MoS2 films shows significant improvement over bulk samples.
The interplay between Gd dopants and vacancies leads to the formation of bound magnetic polarons, enabling ferromagnetic behavior.
H2S annealing and DFT calculations indicate that defect healing reduces saturation magnetization significantly by 83%.
The findings highlight the importance of Gd doping and defect engineering in developing high-performance 2D magnetic materials.

Anbalagan et al. (2025) studied this question.

View Full Paper

Ask AI

Bookmark