Symmetry fractionalization is a ubiquitous feature of topologically ordered states that can be
used to classify different symmetry-enriched topological phases and reveal some of their …

The mechanical response of naturally abundant amorphous solids such as gels, jammed
grains, and biological tissues are not described by the conventional paradigm of broken …

We point out the experimental relevance and the detection scheme of symmetry-enriched U
(1) quantum spin liquids (QSLs) outside the perturbative spin-ice regime. Recent …

Topological magnets host two sets of gauge fields: that of native Maxwell electromagnetism,
owing to the magnetic dipole moment of its constituent microscopic moments, and that of the …

We propose a readily achievable experimental setting where an external magnetic field is
used to tune the emergent quantum electrodynamics (eQED) of dipolar-octupolar quantum …

We present an unconventional mechanism for Raman scattering of phonons, which is based
on the linear magnetoelastic coupling present in non-Kramers magnetic ions. This provides …

Recent excitement in the quantum spin ice (QSI) community has come from the experimental
discovery of pseudospin-1 2 breathing pyrochlores, including Ba 3 Yb 2 Zn 5 O 11, in which …

Understanding the nature and behavior of excitations in quantum spin liquids, and in
topological phases of matter in general, is of fundamental importance and has proven …

There is growing interest in the U (1) Coulomb liquid in both quantum materials in
pyrochlore ice and cluster Mott insulators and cold-atom systems. We explore a paired …

Describing the experimental signatures of quantum spin ice has been the focus of many
theoretical efforts, as definitive experimental verification of this candidate quantum spin …