astorgeology Archives - Astrobiology

TAG

“astorgeology”

A Systematic Study On The Properties Of Aromatic And Aliphatic Hydrocarbon Dust In Active Galactic Nuclei With AKARI Near-infrared Spectroscopy

Astrochemistry

A Systematic Study On The Properties Of Aromatic And Aliphatic Hydrocarbon Dust In Active Galactic Nuclei With AKARI Near-infrared Spectroscopy

Spectroscopic Characterization Of Interstellar Object 3I/ATLAS: Water Ice In The Coma

Astrochemistry

Spectroscopic Characterization Of Interstellar Object 3I/ATLAS: Water Ice In The Coma

$The Refractory-to-ice ratio in Comet 67P: Implications on the Composition of the Comet-forming Region of the Protoplanetary Disk$

Comets and Asteroids

The Refractory-to-ice ratio in Comet 67P: Implications on the Composition of the Comet-forming Region of the Protoplanetary Disk

An Estimate Of Resident Time Of The Oort Cloud New Comets In Planetary Region

Comets and Asteroids

An Estimate Of Resident Time Of The Oort Cloud New Comets In Planetary Region

Does Distant Planet WASP-49 b Host Volcanic Moon Like Jupiter’s Io?

Lava / magma ocean / Volcanic Worlds

Does Distant Planet WASP-49 b Host Volcanic Moon Like Jupiter’s Io?

Discovery and Characterization of a Dense sub-Saturn TOI-6651b

Exoplanets, -moons, -comets

Discovery and Characterization of a Dense sub-Saturn TOI-6651b

Debris Disks can Contaminate Mid-Infrared Exoplanet Spectra: Evidence for a Circumstellar Debris Disk around Exoplanet Host WASP-39

Exoplanets, -moons, -comets

Debris Disks can Contaminate Mid-Infrared Exoplanet Spectra: Evidence for a Circumstellar Debris Disk around Exoplanet Host WASP-39

How Planets Form by Pebble Accretion V. Silicate Rainout Delays Contraction of Sub-Neptunes

Astrogeology

How Planets Form by Pebble Accretion V. Silicate Rainout Delays Contraction of Sub-Neptunes

Probing The Effects Of Interplanetary Space On Asteroid Ryugu

Astrogeology

Probing The Effects Of Interplanetary Space On Asteroid Ryugu

Chemistry In Protoplanetary Disks

Astrochemistry

Chemistry In Protoplanetary Disks

NASA Identifies Carbon-rich Molecules in Meteors as the “Origin of Life”

Astrochemistry

NASA Identifies Carbon-rich Molecules in Meteors as the “Origin of Life”