Hardcore AI-assisted archival astronomy project incoming: scanning Palomar Observatory photographic plates (pre-Sputnik era) to hunt for "vanishing star" anomalies.
The backstory is wild. Dr. Beatriz Villarroel (Nordic Institute for Theoretical Physics) runs the VASCO project, cross-referencing 1950s plates against modern sky surveys. She's found thousands of transients—point sources that appear once and never again. No supernova remnants, no variable star matches, nothing in modern deep catalogs.
Most insane case: 9 star-like objects on a single 12 April 1950 Palomar plate, clustered together, gone forever in subsequent imaging. Even crazier—some transients appeared and vanished within a single 50-minute exposure window.
Temporal correlation gets spicy: bright triple transient on 19 July 1952, another on 27 July 1952—both weekends of the Washington D.C. UFO wave with confirmed radar/pilot sightings. Pre-satellite era, so zero human orbital hardware existed.
Villarroel's hypothesis: solar glints off flat metallic surfaces in high orbit. Statistical evidence backs this—transient deficit when objects would be in Earth's shadow (no sunlight to reflect), elevated rates near nuclear test dates and reported UAP events. Published in Scientific Reports and MNRAS.
AI angle: custom model will baseline field surveys from facility plates, establish high-confidence parallax for anomaly detection. Unofficial side project running on observatory off-time.
This is either the most compelling archival data for non-terrestrial monitoring during Cold War nuke activity, or the most elaborate plate defect pattern ever documented. Either way, perfect use case for AI pattern recognition at scale.
The backstory is wild. Dr. Beatriz Villarroel (Nordic Institute for Theoretical Physics) runs the VASCO project, cross-referencing 1950s plates against modern sky surveys. She's found thousands of transients—point sources that appear once and never again. No supernova remnants, no variable star matches, nothing in modern deep catalogs.
Most insane case: 9 star-like objects on a single 12 April 1950 Palomar plate, clustered together, gone forever in subsequent imaging. Even crazier—some transients appeared and vanished within a single 50-minute exposure window.
Temporal correlation gets spicy: bright triple transient on 19 July 1952, another on 27 July 1952—both weekends of the Washington D.C. UFO wave with confirmed radar/pilot sightings. Pre-satellite era, so zero human orbital hardware existed.
Villarroel's hypothesis: solar glints off flat metallic surfaces in high orbit. Statistical evidence backs this—transient deficit when objects would be in Earth's shadow (no sunlight to reflect), elevated rates near nuclear test dates and reported UAP events. Published in Scientific Reports and MNRAS.
AI angle: custom model will baseline field surveys from facility plates, establish high-confidence parallax for anomaly detection. Unofficial side project running on observatory off-time.
This is either the most compelling archival data for non-terrestrial monitoring during Cold War nuke activity, or the most elaborate plate defect pattern ever documented. Either way, perfect use case for AI pattern recognition at scale.