Most of the studied two-dimensional (2D) materials are based on highly symmetric
hexagonal structural motifs. In contrast, lower-symmetry structures may have exciting …

Over the last 60 years, the diamond anvil cell (DAC) has emerged as the tool of choice in
high pressure science because materials can be studied at megabar pressures using X-ray …

The distribution and transportation of water in Earth's interior depends on the stability of
water-bearing phases. The transition zone in Earth's mantle is generally accepted as an …

An electrode composed of highly defective nickel oxide (NiO) nanostructures supported on
carbon nanofibers (CNFs) and immersed in an Li+-based aqueous electrolyte is studied …

Silica is thought to be present in the Earth's lower mantle in subducting plates, in addition to
being a prototypical solid whose physical properties are of broad interest. It is known to …

Exoplanets with radii between those of Earth and Neptune have stronger surface gravity
than Earth, and can retain a sizable hydrogen-dominated atmosphere. In contrast to gas …

In this report, we present results of high-pressure experiments probing the melt line of
zirconium (Zr) up to 37 GPa. This investigation has determined that temperature versus laser …

SiO2 is an important modally abundant component of terrestrial planets, while there are few
studies that quantitatively determine the properties of silica under simultaneously high …

The oxygen fugacity in the interior of the Earth is largely controlled by iron-bearing minerals.
Recent studies have reported various iron oxides with chemical compositions between FeO …

This paper discusses the latest research on the accretion and differentiation of terrestrial
planets and multidisciplinary constraints on light elements in iron-dominated metallic cores …