{"schema":"hottub-news/story/v1","story":"st_357miwmrwl3ltvmxrznq","title":"Flow Dynamics Of Cryolava Or Impact Melt On Titan’s surface","title_en":null,"outlets":2,"brief":null,"page":"https://hottub.news/stories/flow-dynamics-of-cryolava-or-impact-melt-on-titans-surface-357miwmrwl","count":2,"items":[{"id":"n_6brbehlb7adzd6xlsryq","seq":1387955,"kind":"article","title":"Flow Dynamics Of Cryolava Or Impact Melt On Titan’s surface","url":"https://astrobiology.com/2026/10/02/flow-dynamics-of-cryolava-or-impact-melt-on-titans-surface","summary":"[astro-ph.EP] Titan, a unique body in the solar system, resembles a life-size Miller-Urey experiment where pockets of liquid water might interact with abundant organic matter. Its young surface (less than […] The post Flow Dynamics Of Cryolava Or Impact Melt On Titan’s surface appeared first on Astrobiology .","published":"2026-10-02T15:47:26Z","seen":"2026-10-02T16:33:22Z","lang":"en","source":{"id":"kite-astrobiology-com-3e43ba","name":"astrobiology.com","domain":"astrobiology.com"},"via":"kite-astrobiology-com-3e43ba","topics":["space","astrogeology","atmospheres, climate, weather","biochemistry & organic chemistry","biogeochemical cycles & geobiology","icy worlds","imaging & spectroscopy","titan"],"authors":["Keith Cowing"],"entities":[{"id":"Q59801025","name":"Titan","type":"place"}],"story":"st_357miwmrwl3ltvmxrznq","category":"science-technology","category_p":0.5400000214576721,"sentiment":"neutral","tone":-0.10000000149011612,"political":0.03999999910593033},{"id":"n_357miwmrwl3ltvmxrznq","seq":1204512,"kind":"research","title":"Flow dynamics of cryolava or impact melt on Titan's surface","url":"https://arxiv.org/abs/2609.40058","summary":"arXiv:2609.40058v1 Announce Type: new Abstract: Titan, a unique body in the solar system, resembles a life-size Miller-Urey experiment where pockets of liquid water might interact with abundant organic matter. Its young surface (less than a billion years) shows signs of material exchange with the interior, and an isotopic signature is detected in the atmosphere. Cryovolcanism and meteor impacts represent potential high energy mechanism for these exchanges. Although cryolava…","published":"2026-10-01T04:00:00Z","seen":"2026-10-01T20:01:26Z","lang":"en","source":{"id":"arxiv-astro-ph","name":"arXiv astro-ph (astrophysics)","domain":"arxiv.org","outlet":{"wikidata":"Q118398","name":"arXiv","type":"website","country":"US","designations":["bibliographic database","disciplinary repository","online database","open science tool","preprint server","website"]}},"via":"arxiv-astro-ph","topics":["space","astrophysics","astro-ph.ep","physics.flu-dyn"],"authors":["Daniel Cordier, Bastien Bodin, Stephane Le Mouelic, Ashley G. Davies"],"story":"st_357miwmrwl3ltvmxrznq","category":"science-technology","category_p":0.6000000238418579,"sentiment":"neutral","tone":-0.05000000074505806,"political":0.029999999329447746}]}