Loeb recounts apparent zig-zag motion that his team attributed to missing camera data and triangulation-software malfunction. He explicitly denies classified-video access at that time. His release-announcement account is relayed through a news link; proposed material testing supplies neither a recovered sample nor custody evidence.
■ Complete supplied authored text; original records/media gaps
Loeb announces a planned May2025 congressional presentation, proposes new observations and offers to help analyze any government-held extrasolar information. That conditional offer originates with Loeb; it does not establish a government approach or access. Natural IM1 origins, funding contingencies and an all-human UAP outcome remain explicit possibilities.
■ Complete supplied public essay; planned event and original records qualified
Diptajyoti Mukherjee, Amir Siraj, Hy Trac, Abraham Loeb. arxiv.org. August 7, 2023.
Mukherjee, Siraj, Trac and Loeb simulate capture and retention of interstellar objects near Earth, then estimate populations and survey detectability under assumed incoming velocities, abundance, sizes and lifetimes. The manuscript identifies no actual captured interstellar object.
■ Complete supplied fourteen-page manuscript; conditional capture model
Loeb recalls two visitors from Washington reassuring him about his research. He also says he had no classified access and found the available public data unconvincing. The visitors’ identities and knowledge remain unspecified.
Abraham (Avi) Loeb, Frank H. Laukien. galileo.hsites.harvard.edu. February 13, 2023.
Loeb and Laukien outline instrument-based investigations of aerial phenomena, interstellar objects and meteor fragments. The paper describes a research programme and proposed methods, rather than a confirmed anomalous discovery.
Amir Siraj, Abraham Loeb, Amaya Moro-Martin, Mark Elowitz, Abigail White, Wesley A. Watters, Gary J. Melnick, Richard Cloete, Jonathan Grindlay, Frank Laukien. arxiv.org. November 3, 2022.
Siraj, Loeb and colleagues outline requirements for a proposed interstellar-object intercept. Detection and reachability forecasts depend on assumptions; material analogues and modelled spectra do not identify an artificial object.
Loeb argues that assumed high atmospheric speeds should produce strong frictional luminosity, and that a shorter inferred range could permit ordinary explanations. His conditional critique supplies no raw-observation refit or identified object. The paper acknowledges Galileo Project support and a Breakthrough Prize Foundation grant; it does not document the unnamed official visit separately reported in his book.
■ Supplied paper complete; author-host rendition separately collated
Loeb reports a special request from an unnamed high-level US-government official to summarize his thoughts on Ukrainian UAP reports. He places it last evening, followed by morning investigation and a paper hours later. The essay gives no official identity, agency, request channel or independently dated contact. Its October4 header and relayed October6 account leave revision timing unresolved; the scientific commentary overlaps his paper.
■ Complete supplied written creator essay; contact and revision gaps retained
Vo Hong Minh Phan, Thiem Hoang, Abraham Loeb. arxiv.org. October 28, 2021.
Phan, Hoang and Loeb model erosion and modification of icy interstellar objects under assumed cosmic-ray, material and travel conditions. Prior observations and fits support theoretical predictions rather than new detections or demonstrated composition.
■ Complete supplied seven-page manuscript; conditional erosion model
Amir Siraj, Abraham Loeb. arxiv.org. October 15, 2021.
Siraj and Loeb assess whether nitrogen-ice fragments could account for the earlier Oumuamua detection. Their conclusion depends on population and mass-budget assumptions; no new data are generated or analyzed.
■ Complete supplied three-page manuscript; conditional mass-budget model
Amir Siraj, Abraham Loeb. arxiv.org. July 22, 2021.
Siraj and Loeb infer a potentially large interstellar population from prior observations and population assumptions. The paper introduces no new data; selection, size distributions and model sensitivity limit its abundance estimates.
■ Complete supplied four-page manuscript; conditional abundance model
Thiem Hoang, Abraham Loeb. arxiv.org. August 12, 2020.
Hoang and Loeb model destruction and formation of pure hydrogen ice under assumed radiation, material and cloud conditions. They challenge one proposed explanation of Oumuamua while retaining environmental exceptions; no hydrogen object is observed and no artificial origin is established.
■ Complete supplied eight-page manuscript; conditional hydrogen-ice model
A curated public selection. Source review describes what was read; it does not establish that a claim is true. Our research approach