Hypothesis-Driven Investigation of Unidentified Anomalous Phenomena (UAP): Robust Observations and Multi-Sensor Validation

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Beatriz Villarroel and Kevin Krisciunas say UAP should be studied as a testable scientific problem with clear, measurable observations and hypotheses (including possible extraterrestrial visitation), validated by multiple instruments outside the atmosphere, using a five-observables framework, while cautioning against taxonomy and stressing standardized data, ethics, and the use of concrete models to guide experiments.

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Hypothesis-Driven Investigation of Unidentified Anomalous Phenomena (UAP): Robust Observations and Multi-Sensor Validation

Beatriz Villarroel and Kevin Krisciunas argue that unidentified anomalous phenomena should be treated as a hypothesis-driven scientific problem—requiring rigorous, measurable observations with documented conditions, searches outside the atmosphere using multi-instrument validation, a five-observables framework (sudden accelerations, apparent flight without propulsion, lack of sonic signatures, transmedium capabilities, low observability) with caution about artifacts, critique of taxonomy while valuing standardized data, a focus on testable questions and the scientific method as exemplified by history and NASA's 2023 UAP panel, illustrated by a toy neuro-interface extraterrestrial probe to guide experiment design and interpretation, and emphasizing ethical considerations around privacy, security, false positives, and data handling.