Water In Protoplanetary Disks With JWST-MIRIhttps://t.co/eabLdUPajg #astrobiology #exoplanet #astrochemistry #JWST pic.twitter.com/dgUhQXXnDX— Astrobiology (@astrobiology) October 1, 2024
Water In Protoplanetary Disks With JWST-MIRIhttps://t.co/eabLdUPajg #astrobiology #exoplanet #astrochemistry #JWST pic.twitter.com/dgUhQXXnDX
Up to half of Earth's water has pristine interstellar origins: older than 4.5 billion years and untouched by the solar nebula protoplanetary disk.The implication is that all planetary systems formed with the same access to water that we did.https://t.co/L2z79CeoCA pic.twitter.com/ETAtLsB0kS— ToughSF (@ToughSf) October 1, 2024
Up to half of Earth's water has pristine interstellar origins: older than 4.5 billion years and untouched by the solar nebula protoplanetary disk.The implication is that all planetary systems formed with the same access to water that we did.https://t.co/L2z79CeoCA pic.twitter.com/ETAtLsB0kS
“The analysis suggests that all nascent planetary systems may have the same water resources that we did.”
ppalme
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