We measure the electrical resistivity of hcp iron up to∼ 170 GPa and∼ 3000 K using a four-
probe van der Pauw method coupled with homogeneous flattop laser heating in a DAC, and …

As a prospective study for a future exploration of Venus, we compute the tidal response of
Venus' interior assuming various mantle compositions and temperature profiles …

Light elements in Earth's core play a key role in driving convection and influencing
geodynamics, both of which are crucial to the geodynamo. However, the thermal transport …

Abstract Knowledge of the sound velocity of core materials is essential to explain the
observed anomalously low shear wave velocity (VS) and high Poisson's ratio (σ) in the solid …

The electrical resistivity and thermal conductivity of liquid Fe alloys are the least constrained
parameters in Earth's outer core (OC). These parameters are important as they modulate …

Understanding the melting behavior and the thermal equation of state of Fe‐Ni alloyed with
candidate light elements at conditions of the Earth's core is critical for our knowledge of the …

The strongly correlated material FeSi displays several unusual thermal, magnetic, and
structural properties under varying pressure–temperature (P–T) conditions. It is a potential …

Equation of state (EoS) plays a crucial role in the prediction of the composition of the outer
core. Here, we calculated pressure (P)-volume (V)-temperature (T) data of liquid iron-oxygen …

The earth's core is thought to be composed of Fe-Ni alloy including substantially large
amounts of light elements. Although oxygen, silicon, carbon, nitrogen, sulfur, and hydrogen …

Zinc is a moderately volatile and slightly siderophile element, and therefore provides
information into the timing and conditions of volatile element delivery to Earth as well as the …