Abstract The 2019 Nobel Prize in Chemistry and the 2016 Nobel Prize in Physics were
awarded for the research of lithium-ion batteries and topological quantum materials …

Superionic and electride behaviors in materials, which induce a variety of exotic physical
properties of ions and electrons, are of great importance both in fundamental research and …

Abstract Metode keadaan padat (Solid Stated) merupakan suatu cara yang dilakukan
dengan mereaksikan padatan dengan padatan lainnya dengan suhu yang tinggi. Metode ini …

In this paper, we first demonstrate a metasurface that offers spectral filter performances not
yet reported for a single-layer metasurface because of the limited number of geometric …

Element silicon can form many allotropes due to its sp 3-hybridization and its ground state
phase in 3C stacking order (Si-I) is the material pioneer of solar cells and the material basis …

Recently, the discovery of superconductivity in compressed electrides offers a promising
route toward searching for high superconductivity in a high-pressure community. However …

Transition metal borides (TMBs) have received great interest since these intriguing borides
could be considered potential applications for designing exotic materials with distinguished …

Finding allotropes with novel structures and intriguing properties is of great interest from
both fundamental and applicable standpoints. Here, we propose a hitherto unknown boron …

As a frontier issue of physics and material, the structures and related properties of borides
have been extensively investigated in fundamental science. The search for pressure …

Here we report a method of finding multiple crystal structures similar to the known crystal
structures of materials on database through machine learning. The radial distribution …