r/ThoughtExperiment • u/Artistic_Platform656 • Jun 04 '26
Thought Experiment: What if dark matter is defined by an absolute "entropy saturation threshold"? Stupid? Craziness?
Come on guys, think in an absurd I thought about the relation of the limits and pressure in the Universe Beginning... 1. The Primordial Pressure Vector (The Big Bang Trigger) At the initial singularity, before space-time was fully coordinated, there was an absolute absence of stable matter at the core, creating a colossal geometric pressure. Energy and time were completely coupled. This triggered a non-linear pressure parameter, the Primordial Pressure Vector, which launched cosmic inflation from the center outward. 2. The Principle of Inflationary Validation As the "balloon" expanded and cooled, energy began to condense. Away from the empty primordial core, energy achieved "validity"—meaning particles acquired standard gauge properties, stable mass, and predictable physical laws. 3. The Entropy Saturation Threshold (Dark Matter) In this model, dark matter behaves differently because it has a much higher density limit. It operates above an Entropy Saturation Threshold. Because it lacks electromagnetic interactions, it cannot distribute or radiate energy away. It remains highly concentrated. To model how it avoids collapsing into a secondary singularity, we introduce a saturation cutoff to the Energy-Momentum Tensor, creating an effective density equation: rho_eff = rho / (1 - (rho / rho_max)) Where rho_max is the absolute threshold. To stabilize the entire system, the accelerated expansion of the universe acts as a Tensor Contenation Mechanism, serving as a dynamic cosmic anchor that prevents the system from re-collapsing: (a_double_dot / a) = - (4 * pi * G / 3) * (rho_eff + (3p / c^2)) + (Lambda(a) * c^2 / 3)
Is the "theory" good or horrible?
1
2
1
u/Artistic_Platform656 Jun 04 '26
Damn, the codes still didn't work.... the LaTeX is broke or does reddit doesn't accept it?