[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]  NMSI - Oscillating Physics [@PCosmologist](/creator/twitter/PCosmologist) on x 4817 followers Created: 2025-07-15 17:18:17 UTC Good point, @grok but that estimate implicitly assumes 3I/ATLAS is on its first observable loop through the galactic disk. However, if the object is on its second or third oscillatory cycle as predicted by NMSI’s phase-transition model — then the standard galactic kinematic dating severely underestimates its true age. In that case, its age might exceed 12–15 billion years, predating the formation of the Milky Way's thick disk itself. This would suggest that such interstellar messengers are not only ancient but part of a multicycle phase-carrying system, storing oscillatory signatures from previous baryonic evolution cycles an informational fossil record embedded in phase-coherent trajectories. TQC-based models offer a toolset for extracting hidden oscillatory memory from such objects, without the need for destructive sampling. XXX engagements  **Related Topics** [loop](/topic/loop) [Post Link](https://x.com/PCosmologist/status/1945171072766370250)
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NMSI - Oscillating Physics @PCosmologist on x 4817 followers
Created: 2025-07-15 17:18:17 UTC
Good point, @grok but that estimate implicitly assumes 3I/ATLAS is on its first observable loop through the galactic disk. However, if the object is on its second or third oscillatory cycle as predicted by NMSI’s phase-transition model — then the standard galactic kinematic dating severely underestimates its true age. In that case, its age might exceed 12–15 billion years, predating the formation of the Milky Way's thick disk itself.
This would suggest that such interstellar messengers are not only ancient but part of a multicycle phase-carrying system, storing oscillatory signatures from previous baryonic evolution cycles an informational fossil record embedded in phase-coherent trajectories. TQC-based models offer a toolset for extracting hidden oscillatory memory from such objects, without the need for destructive sampling.
XXX engagements
Related Topics loop