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ANITA Detects UHE Radio Signals Defying Standard Model Predictions

ANITA Detects UHE Radio Signals Defying Standard Model Predictions

ANITA Detects UHE Radio Signals Defying Standard Model Predictions The Antarctic Impulsive Transient Antenna (ANITA) experiment, designed to detect high-energy cosmic neutrinos, has registered anomalous upward-traveling radio pulses originating from deep within the Earth. These signals, detailed in Physical Review Letters, violate established particle physics models, as such pulses should be absorbed by the Earth’s crust before detection. ANITA’s balloon-borne detectors, positioned 30-39 km above Antarctica, observed pulses at steep angles (≈30° below the ice surface), implying a trajectory through…

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ANITA Detects Unexplained Radio Wave Pulses from Below Antarctic Ice: Implications for Particle Physics

ANITA Detects Unexplained Radio Wave Pulses from Below Antarctic Ice: Implications for Particle Physics

ANITA Detects Unexplained Radio Wave Pulses from Below Antarctic Ice: Implications for Particle Physics The Antarctic Impulsive Transient Antenna (ANITA) experiment has detected anomalous radio wave pulses originating from beneath the Antarctic ice sheet. These signals defy current particle physics models, exhibiting arrival angles inconsistent with standard interactions. The pulses appear to have traversed thousands of kilometers of rock, a feat theoretically impossible for known particles given their absorption properties. The observed angles are approximately 30 degrees below the ice…

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