Understanding how a subset of expressed genes dictates cellular phenotype is a
considerable challenge owing to the large numbers of molecules involved, their …

Spatially oriented acoustic data can range from a simple set of impulse responses, such as
head-related transfer functions, to a large set of multiple-input multiple-output spatial room …

Abstract Knowledge of the interior structure and atmosphere of Mars is essential to
understanding how the planet has formed and evolved. A major obstacle to investigations of …

In global-scale seismic tomography, teleseismic P and PP waves mainly constrain structures
in the upper two thirds of the mantle, whereas core-diffracted waves (Pdiff) constrain the …

Our capability to reconstruct past landscapes and the processes that shape them underpins
our understanding of paleo-Earth. We take advantage of a global-scale landscape evolution …

The lunar crust and mantle formed through the crystallization of a magma ocean,
culminating in a solid cumulate mantle with a layer of dense ilmenite-bearing cumulates rich …

Force exertion is an integral part of cellular behavior. Traction force microscopy (TFM) has
been instrumental for studying such forces, providing spatial force measurements at …

Since the release of the ETOPO1 global Earth topography model through the US NOAA in
2009, new or significantly improved topographic data sets have become available over …

Phagocytosis requires rapid actin reorganization and spatially controlled force generation to
ingest targets ranging from pathogens to apoptotic cells. How actomyosin activity directs …

Analyses of seismic data from the InSight mission have provided the first in situ constraints
on the thickness of the crust of Mars. These crustal thickness constraints are currently limited …