Magnetic skyrmions are nanoscale topological textures that have been recently observed in
different families of quantum magnets. These objects are called CP1 skyrmions because …

The idea that a quantum magnet could act like a liquid crystal, breaking spin-rotation
symmetry without breaking time-reversal symmetry, holds an abiding fascination. However …

We study CP 2 skyrmion crystals in the ferromagnetic SU (3) Heisenberg model with a
generalization of the Dzyaloshinskii-Moriya interaction and the Zeeman term. The model …

Theoretical studies of magnets have traditionally concentrated on either classical spins, or
the extreme quantum limit of spin-1/2. However, magnets built of spin-1 moments are also …

Abstract The interfacial Dzyaloshinskii–Moriya Interaction can modify the topology of
droplets excited by a localized spin-polarized current. Here, we show that, in addition to the …

We study two dimensional soliton solutions in the CP 2 nonlinear sigma model with a
Dzyaloshinskii-Moriya type interaction. First, we derive such a model as a continuous limit of …

We study the dynamics and relaxation of elementary excitations (magnons) in the spin
nematic (quadrupole ordered) phase of S= 1 magnets. We develop a general …

We develop a theory of spin excitations in a field-induced spin-nematic state, and use it to
show how a spin-nematic order can be indentified using inelastic neutron scattering. We …

Here we consider micron-sized samples with any axisymmetric body shape and made with a
canted antiferromagnet, like hematite or iron borate. We find that its ground state can be a …

Cold atoms bring new opportunities to study quantum magnetism, and in particular, to
simulate quantum magnets with symmetry greater than SU (2). Here we explore the …