Publications by authors named "S Gorovikov"
Article Synopsis
- Magnetic materials with noncollinear spin textures are important for spintronics, requiring control over their length and energy scales for practical use.
- The study compares two chiral helimagnets, CrNbS and CrTaS, revealing that while they have similar magnetic-phase diagrams, their electronic band structures differ significantly.
- Results indicate that CrTaS has stronger ferromagnetic coupling and spin-orbit coupling, which influences the characteristics of their spin textures.
Electronic stripe patterns near the fermi level of tetragonal Fe(Se,S).
NPJ Quantum Mater
October 2023
FeSeS remains one of the most enigmatic systems of Fe-based superconductors. While much is known about the orthorhombic parent compound, FeSe, the tetragonal samples, FeSeS with > 0.17, remain relatively unexplored.
View Article and Find Full Text PDFThe mechanism of the enhanced superconductivity in monolayer FeSe/SrTiO has been enthusiastically studied and debated over the past decade. One specific observation has been taken to be of central importance: the replica bands in the photoemission spectrum. Although suggestive of electron-phonon interaction in the material, the essence of these spectroscopic features remains highly controversial.
View Article and Find Full Text PDFTopological magnets comprising 2D magnetic layers with Curie temperatures (T ) exceeding room temperature are key for dissipationless quantum transport devices. However, the identification of a material with 2D ferromagnetic planes that exhibits an out-of-plane-magnetization remains a challenge. This study reports a ferromagnetic, topological, nodal-line, and semimetal MnAlGe composed of square-net Mn layers that are separated by nonmagnetic Al-Ge spacers.
View Article and Find Full Text PDFArticle Synopsis
- Two-dimensional materials exhibit unique properties that differ significantly from their bulk forms, particularly in superconductivity, which is often enhanced by specific substrates or intercalants.
- Recent research highlights the critical role of surface states in few-monolayer MgB, contributing significantly to the superconducting gap spectrum, distinct from the conventional bulk-like gaps.
- The study indicates that accessible surface states can lead to superconductivity at higher temperatures, with observed gap openings reaching around 30 K in just six layers of MgB, emphasizing the importance of free surfaces in atomically thin materials for future superconductivity research.