Effective manipulation of phonons is crucial to modern energy‐information science and
technologies but limited by the charge neutral and spinless nature of phonons. Recently …

Considering the current volume of materials data, it is impossible to investigate each
compound by trial-and-error experiments involving labor-intensive efforts. The scientists in …

Phonons, as the most fundamental emergent bosons in condensed matter systems, play an
essential role in the thermal, mechanical, and electronic properties of crystalline materials …

In recent years, charge-two Weyl point phonons (WPPs) have attracted increasing attention.
Charge-two WPPs not only provide a new platform for realizing phonon-based …

The discovery of topological quantum states marks a new chapter in both condensed matter
physics and materials sciences. By analogy to spin electronic system, topological concepts …

Dirac semimetals associated with bulk Dirac fermions are well known in topological
electronic systems. In sharp contrast, three-dimensional (3D) Dirac phonons in crystalline …

Topological phases of matter have revolutionised the fundamental understanding of band
theory and hold great promise for next-generation technologies such as low-power …

Nontrivial low-energy excitations of crystalline solids have insightfully strengthened
understanding of elementary particles in quantum field theory. Usually, topological …

By means of first-principles calculations and a modeling analysis, we have predicted that
traditional two-dimensional graphene hosts four types of topological phononic Dirac points …

Weyl points are often believed to appear in pairs with opposite chirality. In this work, we
show by first-principles calculations and symmetry analysis that single Weyl phonons with …