In the Kitaev chiral spin liquid, Ising anyons are realized as Z 2 fluxes binding Majorana zero
modes, which, however, are thermal excitations with finite decay rates. On the other hand, a …

Reliable manipulation of non-Abelian Ising anyons supported by Kitaev spin liquids may
enable intrinsically fault-tolerant quantum computation. Here, we introduce a standalone …

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 …

Relativistic Mott insulators known as “Kitaev materials” potentially realize spin liquids
hosting non-Abelian anyons. Motivated by fault-tolerant quantum-computing applications in …

Recent theoretical studies inspired by experiments on the Kitaev magnet α-RuCl 3 highlight
the nontrivial impact of phonons on the thermal Hall conductivity of chiral topological …

Anyonic interferometry probes the braiding phases of excitations in topologically ordered
matter. This technique is well established for charged quasiparticles in the fractional …

Fabry-Pérot interferometry has emerged as a tool to probe anyon statistics in the quantum
Hall effect. The interference phase is interpreted as a combination of a quantized statistical …

Quantum spin liquids realized in the Kitaev model offer a platform for fractionalization of spin
into two quasiparticles: itinerant Majoranas and localized visons. Introducing a uniform weak …

The Kitaev quantum spin liquid possesses two fractional quasiparticles, itinerant Majorana
fermions and localized visons. It provides a promising platform for realizing a Majorana zero …

The Kitaev model exhibits a canonical quantum spin liquid as a ground state and hosts two
fractional quasiparticles, ie, itinerant Majorana fermion and localized flux excitation. The …