Multiple-Q magnetic states, such as a skyrmion crystal, become a source of unusual
transport phenomena and dynamics. Recent theoretical and experimental studies clarified …

The strong interfacial coupling at the 3d-5d transition metal-oxide interfaces has generated
excitement due to the possibility of engineering a wide range of quantum phenomena and …

We show that the magnetic state of individual manganese phthalocyanine (MnPc) molecules
on a Bi (110) surface is modified when the Mn 2+ center coordinates to CO molecules …

We calculate exact zero-temperature real-space properties of a substitutional magnetic
impurity coupled to the edge of a zigzag silicenelike nanoribbon. Using a Lanczos …

The Rashba spin–orbit coupling induced quantum transport through a quantum dot
embedded in a two-arm quantum loop of a quantum dot transistor is studied at finite …

Heavy fermion systems emerge from the collective Kondo effect, and their superconductivity
can serve as a promising platform for realizing next-generation quantum technologies …

We study the Rashba spin splitting of the L-gap surface state on the (111) surfaces of Au, Ag,
and Cu, and that of the topologically protected surface state on Sb (111) by a first-principles …

Integrating the Kondo correlation and spin-orbit interactions, each of which have individually
offered unprecedented means to manipulate electron spins, in a controllable way can open …

We study the temperature scale of the Kondo screening of a magnetic impurity which
hybridizes with a two-dimensional electron gas in the presence of the Rashba spin-orbit …

Weak spin-orbit coupling produces very limited current-induced spin accumulation in
nonmagnetic semiconductor nanostructures. We demonstrate a possibility to parametrically …