Ammonia Archives - Astrobiology

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“Ammonia”

JWST Sheds Light On The Structure Of Interstellar Water Ice

Astrochemistry

JWST Sheds Light On The Structure Of Interstellar Water Ice

Reconnaissance Of Potentially Habitable Worlds With Webb Space Telescope

Exoplanetology: Exoplanets & Exomoons

Reconnaissance Of Potentially Habitable Worlds With Webb Space Telescope

Gamma-Ray-Induced Amino Acid Formation During Aqueous Alteration in Small Bodies: The Effects of Compositions of Starting Solutions

Astrochemistry

Gamma-Ray-Induced Amino Acid Formation During Aqueous Alteration in Small Bodies: The Effects of Compositions of Starting Solutions

Studying Life’s Origins By Simulating a Cosmic Evolution

Astrochemistry

Studying Life’s Origins By Simulating a Cosmic Evolution

Distinguishing Oceans Of Water From Magma On Mini-Neptune K2-18b

Exoplanetology: Exoplanets & Exomoons

Distinguishing Oceans Of Water From Magma On Mini-Neptune K2-18b

Spatial Variations of Jovian Tropospheric Ammonia via Ground-Based Imaging

Jupiter

Spatial Variations of Jovian Tropospheric Ammonia via Ground-Based Imaging

KAgoshima Galactic Object Survey With Nobeyama 45-metre Telescope by Mapping in Ammonia Lines (KAGONMA): Discovery of Parsec-scale CO Depletion in the Canis Major Star-forming Region

Astrochemistry

KAgoshima Galactic Object Survey With Nobeyama 45-metre Telescope by Mapping in Ammonia Lines (KAGONMA): Discovery of Parsec-scale CO Depletion in the Canis Major Star-forming Region

An Ammonia Trail To Exoplanets

Astrochemistry

An Ammonia Trail To Exoplanets

Ammonia And Phosphine In The Clouds Of Venus As Potentially Biological Anomalies

Venus

Ammonia And Phosphine In The Clouds Of Venus As Potentially Biological Anomalies

Molecular Structure, Dynamics, and Vibrational Spectroscopy of the Acetylene:Ammonia (1:1) Plastic Co-Crystal at Titan Conditions

Titan

Molecular Structure, Dynamics, and Vibrational Spectroscopy of the Acetylene:Ammonia (1:1) Plastic Co-Crystal at Titan Conditions

Ammonia In The Interstellar Medium Of A Starbursting Disc At z=2.6

Astrochemistry

Ammonia In The Interstellar Medium Of A Starbursting Disc At z=2.6