"Unprecedented Discovery: Nearby Supernova Defies Cosmic Ray Expectations"

TL;DR Summary
NASA's Fermi Telescope observed supernova SN 2023ixf in the Pinwheel galaxy in 2023 and did not detect the expected high-energy gamma rays, indicating lower energy conversion rates than anticipated for cosmic ray production by supernovae. This challenges previous estimates and suggests more to learn about cosmic ray origins and acceleration mechanisms. The absence of gamma rays prompts further investigation into underlying hypotheses and environmental conditions, with potential implications for understanding the universe's cosmic ray sources.
- Defying Expectations: NASA's Fermi Sees No Gamma Rays From Nearby Supernova SciTechDaily
- The Mystery of Cosmic Rays Deepens Universe Today
- NASA's Fermi mission sees no gamma rays from nearby supernova Phys.org
- Nearby Supernova Was Surprisingly Lacking In Cosmic Rays, Throwing Doubts On Theories IFLScience
- NASA's Fermi Telescope detects no gamma rays from recent supernova Space Daily
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