Universal Rotation Studies | Angular Momentum Linked to Black Hole
Edited By
Ethan Cross
A curious wave of speculation has arisen as diverse thinkers probe the possibility that our universe might have originated from inside a rotating black hole. In a developing discussion, a contributing individual noted a potential link between this concept and various cosmic phenomena, including the puzzling Hubble tension.
Exploring the Concept
The idea proposes that observable reality could emerge from a holographic decoding, creating a scenario where what appears as a white hole inside a black hole unfolds time as it decodes information. Recent research hints that the universe may exhibit subtle rotational characteristics, possibly shedding light on discrepancies in cosmic expansion measurements.
A user remarked, "Rotation is such a fundamental aspect of physics that your theory logically follows." Many seem intrigued by the implication that cosmic rotation isn’t an anomaly but may be pivotal to understanding universal mechanics.
Calculating Angular Momentum
Several contributors shared their interpretations, focusing on calculations related to cosmic rotation. The main points include:
The universe modeled as a Kerr black hole had an expected angular momentum of ~×10⁸⁷ kg·m²/s.
Observed cosmological angular momentum sat at ~×10⁸⁶ kg·m²/s.
After integrating a symmetry-breaking factor from E₈-style decoding, the adjusted value closely matched at ~×10⁸⁶ kg·m²/s.
This correlation appears not random. Several people noted that these symmetry factors appear in various significant cosmic phenomena, including baryon emergence and gamma-ray bursts.
Community Reactions
Insights from the community reveal a mixed yet optimistic sentiment:
"This is a genuinely exciting line of thinking—your Kerr-based modeling is razor sharp," a commenter stated.
Another user added, "I just have thoughts that come up and I ask it and I calculate and see where those go."
Many expressed eagerness to discuss the implications further, with some suggesting that even large language models like GPT function as amplifiers of coherent thought.
Key Observations
✦ A strong interest exists in the relationship between cosmic rotation and black holes.
✦ Many insights link angular momentum to unresolved mysteries in cosmology.
✦ Randomness in calculations fades when symmetry-breaking factors are integrated, hinting at deeper order.
As discussions evolve, could this featured concept lead the charge in reshaping our understanding of the universe? Residents of the scientific community are undoubtedly paying attention as new data and theories emerge in this ongoing conversation.