Taurius’ Theory of Dimensional Ruptures and States (TDTBT): Model and Simulation

Taurius’ Theory of Dimensional Ruptures and States (TDTBT) proposes a new mechanism for the birth of the universe — not from a singularity, but from the rupture between two adjacent 3D spatial domains with opposing quantum energy states.<br><br>Origin Mechanism: Dimensional Pressure FailureInstead of beginning from a point of infinite density, TDTBT suggests the cosmos emerged from an energy rupture:<b>Domain A</b>: Max vacuum energy (e.g., –10 units)<b>Domain B</b>: Max external quantum pressure (e.g., +10 units)<b>ΔΦ (Energy Differential)</b>: |B — A| = 20 unitsWhen the pressure differential ΔΦ exceeded a critical threshold, the boundary between dimensions failed. This triggered:Bubble nucleationDimensional ruptureSpace-time inflationUniverse stabilizationScientific FoundationsQuantum Field Theory (false vacuum decay)Critical radius physics: Critical radius Rc = (2γ / ΔΦ)Topological dimensional stressScalar field transitions and tunnelingImplicationsNo singularity is required for universal originTime emerges from expansion vector post-ruptureModel allows for multiverse formation via repeated rupturesGravitational wave residues may exist from original rupture shockfront<br><br>Development ProcessThis theory was developed through independent recursive reasoning and structured with support from <b>ChatGPT-4o</b> (OpenAI), which assisted in system modeling, formula validation, and final documentation.<br><br><br>10.6084/m9.figshare.29163680<br>