{"apiVersion":"1","version":"sha256:faade27e0b75b2aca6311142ff65347b4dacc153e8d28cbdf0e8a237319331f9","data":{"id":"S7716","title":"Detectability of Thermal Emission from Sub-Relativistic Objects","authors":["Thiem Hoang","Abraham Loeb"],"publishedDate":"2020-07-09","format":"Paper","url":"https://arxiv.org/abs/2007.04892","summary":"Hoang and Loeb model thermal emission from hypothetical fast objects heated by gas collisions and radiation. Natural objects can share the same heating signature. Calculated curves and dated telescope sensitivities are conditional forecasts, not detections or measured abundance. Rapid motion reduces integration time and sensitivity unless tracking is achieved. Native equation, figure-count and size-threshold differences remain unresolved. Funding is attributed at work level without a named recipient or Starshot earmark.","subjects":["Thermal-emission forecasts","Ordinary physical alternatives"],"people":["Avi Loeb"],"review":{"label":"All four supplied preprint pages and native layouts; model discrepancies and original gaps","scope":"A specialist actually read all 11,223 normalized characters and viewed all four native layouts of arXiv:2007.04892v1, including equations 1–14, Figure 1 with two panels, support and 14 references. Root reviewed the entire frozen analytical report/evidence and verified its inventory; root primary-body reading is false. Metadata describes two figures, while the received file contains one numbered two-panel figure. The submission/margin date is 9 July 2020 and the draft header says 10 July. Neither discrepancy is silently reconciled.","gaps":["The model reports no observed extraterrestrial object, recovered technology, completed survey or measured abundance. Ordinary heating also applies to natural objects; gas, geometry, equilibrium, emissivity and observer-distance assumptions remain material.","The native solar-wind relation has a positive squared-distance exponent, while discussion says inverse-square. Emissivity branches and notation also differ. Original calculations, code and a corrected version were not received; no silent repair or numerical validation is claimed.","Abstract and results use different conditional size thresholds, and radius versus unspecified size remains ambiguous. A literal sensitivity-unit issue is retained. Historic point-source sensitivities do not demonstrate detection of a rapidly moving target; tracking and survey completeness were not tested.","Both figure panels share one model, rather than independent observational datasets. The cited source calculations, instrument documents and three linked footnote bodies were not read in this lane. Journal DOI remains unknown and final journal-version collation is incomplete.","The Breakthrough Prize Foundation grant is attributed to the work without an individual recipient, identifier, amount, dates or Starshot earmark. No government approach or original private communication is identified; funding and affiliations do not establish covert tasking or custody."]},"familyId":"ARXIV-2007-04892-V1","citationUrl":"https://bioparity.io/sources/S7716","citation":"Thiem Hoang, Abraham Loeb. Detectability of Thermal Emission from Sub-Relativistic Objects. July 9, 2020. BioParity S7716. https://bioparity.io/sources/S7716"}}