Ting

Hypothesis: Big Bang as a Result of Transient Influx via Inter-brane Corridor Collapse Core Argument: The Big Bang was not triggered by spontaneous, low-energy quantum fluctuations in a vacuum. Instead, it was a macro-scale "Instantaneous Influx" of energy between two parallel 3-branes driven by a massive potential gradient. The Big Bang itself is the residual evidence of the catastrophic collapse of this inter-brane corridor, which occurred because it could not sustain the extreme energy flux. Logical Framework: 1. Critique of Spontaneous Vacuum Fluctuations: Traditional models rely on quantum fluctuations as cosmic seeds. However, vacuum fluctuations are typically balanced, transient, and low-energy. This hypothesis argues that without a macroscopic external energy source, these fluctuations lack the energy density required to drive the rapid, non-linear expansion and extreme primordial temperatures of the Big Bang. 2. Formation of the Inter-brane Corridor: As an aging universe reaches a state of maximum entropy ("Void"), its proximity to a high-energy brane or a high-potential bulk region triggers an "Instantonic Tunneling Event." This creates a microscopic geometric bridge (wormhole) between two regions with vastly different energy levels. 3. The Rapid Influx and Primordial Turbulence: Due to the immense potential difference, energy does not leak slowly; it "spouts" through the corridor at near-light speeds. This rapid influx triggers hydrodynamic turbulence at the injection site. According to the laws of thermodynamics, this turbulent kinetic energy converts into the primordial radiant heat observed in the early universe, providing a dynamic explanation for 10^{32}K temperatures. 4. Corridor Collapse and the "Big Splat": The extreme flux induces violent gravitational feedback. The bridge, unable to maintain structural stability under such localized energy density, suffers a catastrophic collapse within microseconds. This "snap" releases all residual potential energy, creating the isotropic expansion (inflation) we observe. The injected energy then materializes into quarks and fundamental particles as the system cools. Conclusion: The Big Bang represents the "scars" of an inter-dimensional exchange. This explains why the original bridge is no longer observable and how entropy was reset—it was an "irrigation" of low-entropy energy from an external high-energy region into a high-entropy void.