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See all of astrobiology.com’s headline news. Compare how the top news stories are covered by left-wing and right-wing news sources. Ground News has come across 589 headlines reported on by astrobiology.com during the past 3 months.

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NASA’s Webb Just Found Something Unexpected Beyond Neptune

NASA’s Webb Just Found Something Unexpected Beyond Neptune

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Trans-Neptunian objects (TNOs) are icy bodies that vary widely in size, from large dwarf planets like Pluto and Eris—each about 1,500 miles in diameter—to much smaller objects, such as Arrokoth, which is only a few dozen miles across. These distant objects orbit the Sun at distances comparable to, or even far beyond, Neptune’s orbit. The [...]See the Story

Ionosphere of Ganymede: Galileo Observations Versus Test Particle Simulation - Astrobiology

Ionosphere of Ganymede: Galileo Observations Versus Test Particle Simulation - Astrobiology

In this paper, we model the plasma environment of Ganymede by means of a collisionless test particle simulation. By coupling the outputs from a DSMC simulation of Ganymede’s exosphere (i.e. number density profiles of neutral species such as H, H2, O, HO, H2O, O2 for which we provide parametrisation) with those of a MagnetoHydroDynamic simulation […] The post Ionosphere of Ganymede: Galileo Observations Versus Test Particle Simulation appeared fi…See the Story

Preparing for the 2061 Return of Halley's Comet - A Rendezvous Mission With An Innovative Imaging System - Astrobiology

Preparing for the 2061 Return of Halley's Comet - A Rendezvous Mission With An Innovative Imaging System - Astrobiology

The return of Comet 1P/Halley will promote a wide interest for ground and space observations of a celestial body of outstanding scientific and cultural interest. In addition to remote observations, space will open the possibility of in situ science similarly to the passage of 1986. In this paper, we first discuss the scientific motivations for […] The post Preparing for the 2061 Return of Halley’s Comet — A Rendezvous Mission With An Innovative …See the Story

Ringworlds And Dyson Spheres Can Be Stable - Astrobiology

Ringworlds And Dyson Spheres Can Be Stable - Astrobiology

In his 1856 Adams Prize essay, James Clark Maxwell demonstrated that Saturn’s rings cannot be comprised of a uniform rigid body. This is a consequence of the two-body gravitational interaction between a ring and planet resulting in instability. Similarly, it is also known that a so-called Dyson sphere encompassing a single star would be unstable […] The post Ringworlds And Dyson Spheres Can Be Stable appeared first on Astrobiology.See the Story

Electron-induced Chemistry And Sputtering Of Volatile Species From Amorphous And Crystalline Water Ice - Astrobiology

Electron-induced Chemistry And Sputtering Of Volatile Species From Amorphous And Crystalline Water Ice - Astrobiology

Electron irradiation of water-rich ices plays a significant role in initiating the chemical and physical processes on the surface of airless icy bodies in radiation environments such as Europa and Enceladus, as well as on the Moon, comets, and asteroids interacting with the solar wind. The sputtering process by electrons and ions leads to chemical […] The post Electron-induced Chemistry And Sputtering Of Volatile Species From Amorphous And Cryst…See the Story

Vertical Structure Of An Exoplanet's Atmospheric Jet Stream - Astrobiology

Vertical Structure Of An Exoplanet's Atmospheric Jet Stream - Astrobiology

Ultra-hot Jupiters, an extreme class of planets not found in our solar system, provide a unique window into atmospheric processes. The extreme temperature contrasts between their day- and night-sides pose a fundamental climate puzzle: how is energy distributed? To address this, we must observe the 3D structure of these atmospheres, particularly their vertical circulation patterns, […] The post Vertical Structure Of An Exoplanet’s Atmospheric Jet…See the Story

A New Convection Scheme For GCMs Of Temperate Sub-Neptunes - Astrobiology

James Webb Space Telescope

A New Convection Scheme For GCMs Of Temperate Sub-Neptunes - Astrobiology

Atmospheric characterisation of temperate sub-Neptunes is the new frontier of exoplanetary science with recent JWST observations of possible Hycean world K2-18b. Accurate modelling of atmospheric processes is essential to interpreting high-precision spectroscopic data given the wide range of possible conditions in the sub-Neptune regime, including on potentially habitable planets. Notably, convection is an important process […] The post A New Co…See the Story