The realization of Kitaev's honeycomb magnetic model in real materials has become one of
the most pursued topics in condensed matter physics and materials science. If found, it is …

We theoretically investigate a nonlinear spin Hall effect in PT-symmetric antiferromagnetic
metals, which serve as an efficient spin current generator. We elucidate that an emergent …

The emergence of charge-neutral fermionic excitations in magnetic systems is one of the
unresolved issues in recent condensed matter physics. This type of excitations has been …

Rare-earth (RE)-based honeycomb-lattice materials with strong spin–orbit coupled J eff= 1/2
moments have attracted great interest as a platform to realize the Kitaev quantum spin liquid …

The present work describes the effect of three different morphologies of the spinel ferrite
MnFe 2 O 4 and their facet-oriented growth on the physical, electrical, magnetic, and …

The quantum spin liquid (QSL) state in rare-earth triangular lattices has attracted much
attention recently due to its potential application in quantum computing and communication …

The Kitaev honeycomb model plays a pivotal role in the quest for quantum spin liquids, in
which fractional quasiparticles would provide applications in decoherence-free topological …

We delineate quantum magnetism in the strongly spin-orbit coupled distorted honeycomb
lattice antiferromagnet BiYbGeO 5. Our magnetization and heat capacity measurements …

This paper reviews the nature of two quasiparticles, the Majorana fermion and vison,
emergent in the Kitaev model, mainly from the theoretical point of view. We demonstrate how …

Rare-earth-based triangular lattice materials are extremely attractive for studying
unconventional magnetism. Here, we report the magnetic properties of layered CsNdSe2 …