The research on emergent particles in condensed matters has been attracting tremendous
interest, and recently it is extended to magnetic systems. Here, we study the emergent …

Despite intensive searches for topological superconductors, the realization of topological
superconductivity remains under debate. Previous proposals for the topological s-wave, p …

We show that Weyl semimetals exhibit a mixed axial-torsional anomaly in the presence of
axial torsion, a concept exclusive of these materials with no known natural fundamental …

We investigate the effects of nonuniform uniaxial strain and triaxial strain on the α-T 3 lattice.
The analytical expressions of the pseudo-Landau levels (pLLs) are derived based on low …

Quantum materials, particularly Dirac materials with linearly dispersing bands, can be
effectively tuned by strain-induced lattice distortions leading to a pseudomagnetic field that …

Nonuniform elastic strain is known to induce pseudo-Landau levels in Dirac materials. But
these pseudo-Landau levels are hardly resolvable in an analytic fashion when the strain is …

The pseudomagnetic field created by a nonuniform uniaxial strain is introduced into the
antiferromagnetic honeycomb nanoribbons. The formation of magnon pseudo-Landau …

The low-energy quasiparticle states in the mixed state of most superconductors remain
Bloch waves due to the presence of supercurrent around vortex cores. In contrast, the Weyl …

Motivated by recent work on strain-induced pseudomagnetic fields in Dirac and Weyl
semimetals, we analyze the possibility of analogous fields in two-dimensional nodal …

A kagome lattice is composed of corner-sharing triangles arranged on a honeycomb lattice
such that each honeycomb bond hosts a kagome site while each kagome triangle encloses …