NASA's Dragonfly mission will send a rotorcraft lander to the surface of Titan in the mid-
2030s. Dragonfly's science themes include investigation of Titan's prebiotic chemistry …

Among the great diversity of atmospheric circulation patterns observed throughout the solar
system, polar vortices stand out as a nearly ubiquitous planetary‐scale phenomenon. In …

Titan's surface and lower atmosphere support a hydrologic cycle that influences various
aspects of the icy moon's appearance and evolution. Here, we review the state of knowledge …

The factors contributing to the initial selection of a dune site near the Selk impact structure
on Titan as the first landing site for the Dragonfly mission are described. These include …

The era of atmospheric characterization of terrestrial exoplanets is just around the corner.
Modeling prior to observations is crucial in order to predict the observational challenges and …

Abstract Thanks to the Cassini–Huygens mission, Titan, the pale orange dot of Pioneer and
Voyager encounters, has been revealed to be a dynamic, hydrologically shaped, organic …

Traditionally, the energy efficiency properties of building envelope components are
prescribed world-wide using the steady-state “U-value” where the insulation capabilities rely …

Before deploying to the surface of Mars, the short‐period (SP) seismometer of the InSight
mission operated on deck for a total of 48 hr. This data set can be used to understand how …

The Cassini mission has provided the best opportunity to date to extensively study the
seasonal variation in Titan's atmosphere, with observations spanning almost half a Titan …

Titan is unique in the solar system: it is an ocean world, an icy world, an organic world, and
has a dense atmosphere. It is a geologically active world as well, with ongoing exogenic …