Topological solitons are knots in continuous physical fields classified by nonzero Hopf index
values. Despite arising in theories that span many branches of physics, from elementary …

Abstract Three-dimensional (3D) topological solitons are continuous but topologically
nontrivial field configurations localized in 3D space and embedded in a uniform far-field …

A bstract We consider't Hooft anomalies of four-dimensional gauge theories whose fermion
matter content admits Spin G (4) generalized spin structure, with G either gauged or a global …

We study four-dimensional adjoint QCD with gauge group SU (2) and two Weyl fermion
flavors, which has an $ SU (2) _R $ chiral symmetry. The infrared behavior of this theory is …

We use lattice simulations to compute the baryon spectrum of SU (4) lattice gauge theory
coupled to dynamical fermions in the fundamental and two-index antisymmetric (sextet) …

A bstract We introduce the gluequark Dark Matter candidate, an accidentally stable bound
state made of adjoint fermions and gluons from a new confining gauge force. Such scenario …

Liquid crystals are widely known for their facile responses to external fields, which forms a
basis of the modern information display technology. However, switching of molecular …

We experimentally realize polydomain and monodomain chiral ferromagnetic liquid crystal
colloids that exhibit solitonic and knotted vector field configurations. Formed by dispersions …

In this letter, we demonstrate how an emergent non-invertible symmetry along a
renormalization group (RG) flow reveals connections between microscopic and macroscopic …

Weinberg recently pointed out a flaw in the standard argument that large N c QCD with color-
fundamental quarks [QCD (F)] cannot yield narrow tetraquark states. In particular, he …