Compounds featuring a kagome lattice are studied for a wide range of properties, from
localized magnetism to massless and massive Dirac Fermions. These properties come from …

We study the low-energy single-electron transport across a junction of two magnetic Weyl
semimetals, in which the anisotropy axes are tilted one respect to the other. Using a two …

The linear response is a perturbation theory establishing the relationship between given
physical variable and the external field inducing this variable. A well-known example of the …

The manipulation of topological states in quantum matter is an essential pursuit of
fundamental physics and next-generation quantum technology. Here we report the magnetic …

Engineering surfaces and interfaces of materials promises great potential in the field of
heterostructures and quantum matter designers, with the opportunity to drive new many …

Among condensed matter systems, Mott insulators exhibit diverse properties that emerge
from electronic correlations. In itinerant metals, correlations are usually weak, but can also …

EuCuP and EuCuAs are members of a family of materials with candidates for realizing
magnetically tuned electronic topology. In this work, the magnetic phase transitions and …

The co‐occurrence of phase transitions with local and global order parameters, such as
entangled magnetization and topological invariants, is attractive but seldom realized …

Metasurfaces integrated with high-performance films exhibit unique optoelectronic
properties and hold great potential for applications in terahertz detection. Achieving high …

Polycrystalline IrGe4 was synthesized by annealing elements at 800° C for 240 h, and the
composition was confirmed by energy-dispersive X-ray spectroscopy. IrGe4 adopts a chiral …