Richard Anslow
@richanslow.bsky.social
Astronomy PhD student at the Institute of Astronomy, University of Cambridge
This timescale is currently unconstrained - measuring the lifetime of ferrocyanide salts will be crucial to constrain their role in the early stages of prebiotic chemistry! (3/3)
November 24, 2024 at 9:35 AM
This timescale is currently unconstrained - measuring the lifetime of ferrocyanide salts will be crucial to constrain their role in the early stages of prebiotic chemistry! (3/3)
constraints on Earths’s early bombardment.
Double impact scenarios are therefore extremely unlikely settings for the initial stages of prebiotic chemistry, unless ferrocyanide salts are stable on 1000yr timescales in crater environments. (2/3)
Double impact scenarios are therefore extremely unlikely settings for the initial stages of prebiotic chemistry, unless ferrocyanide salts are stable on 1000yr timescales in crater environments. (2/3)
November 24, 2024 at 9:35 AM
constraints on Earths’s early bombardment.
Double impact scenarios are therefore extremely unlikely settings for the initial stages of prebiotic chemistry, unless ferrocyanide salts are stable on 1000yr timescales in crater environments. (2/3)
Double impact scenarios are therefore extremely unlikely settings for the initial stages of prebiotic chemistry, unless ferrocyanide salts are stable on 1000yr timescales in crater environments. (2/3)