{"apiVersion":"1","version":"sha256:faade27e0b75b2aca6311142ff65347b4dacc153e8d28cbdf0e8a237319331f9","data":{"id":"S7478","title":"Implications of evaporative cooling by H2 for 1I/’Oumuamua","authors":["Thiem Hoang","Abraham Loeb"],"publishedDate":"2023-03-24","format":"Paper","url":"https://arxiv.org/pdf/2303.13861","summary":"Hoang and Loeb argue that evaporative cooling changes a trapped-hydrogen explanation for ’Oumuamua’s acceleration. The critique depends on selected thermal assumptions and does not establish an artificial origin.","subjects":["Interstellar objects","Thermal models","Origin hypotheses"],"people":["Avi Loeb"],"review":{"label":"Preprint text and figures read","scope":"All six supplied pages of the June 18, 2023 preprint revision, both figures, eight equations and references were read. The native draft date is June 21; the date shown is first submission.","gaps":["The final journal version, underlying competing-model body and code, and independent replication were not reviewed.","Figure/prose temperature trends, depth ratios and stated depths disagree. The model also leaves some cooling and energy-transfer mechanisms unresolved."]},"familyId":"ARXIV-2303.13861v2","citationUrl":"https://bioparity.io/sources/S7478","citation":"Thiem Hoang, Abraham Loeb. Implications of evaporative cooling by H2 for 1I/’Oumuamua. March 24, 2023. BioParity S7478. https://bioparity.io/sources/S7478"}}