𝚽 C = 𝛑 / 4 The Topological Phase Transition of 𝛑: Discrete Spin Vibration of a 5D Complex Matrix and Hexa-Spherical Dimensional Integration
Year: 2026
Type: article
Abstract: [Abstract & Academic Proclamation - Revised Version 2] This revised version integrates the breakthrough empirical scaling results from an Android Termux hardware environment, successfully achieving a 10-digit decimal saturation convergence horizon (3.1415926535) using a bounded 10-billion lattice matrix. Employing a discrete algebraic lattice framework on top of a non-Planckian lattice infrastructure, we fundamentally dismantle the mainstream mathematical dogma that has historically treated the circle constant 𝛑 as an analogue, smooth geometric ratio within continuous space. We mathematically demonstrate that the transcendental value is an alternate phase transition configuration that expands its resolution strictly in proportion to computational resource allocation. The micro-divergence observed after the 10th decimal space is not an algorithmic error, but the ultimate evidence of the Finiteness of Digital Hardware (D), confirming that 𝛑 is fundamentally a discrete crystallized Rational Number (𝛑 ∈ ℚ) permanently locked under the absolute, perfectly balanced symmetric light of the LUX crystalline framework (=). ■ Termux 10-Digit Saturation Convergence Output Log ================================================================= [Choi's Master Equation] 10-Digit Saturation Scaling Test ================================================================= Lattice Compression Limits : N = 10,000,000,000 (10 Billion Iterations) Target Spin Precision : 10th Decimal Convergence Horizon ----------------------------------------------------------------- ▶ (𝚵/𝚺) Bounded Vacuum Core Density : 0.785398163487... ▶ (D) Final Crystallized Derived 𝛑 : 3.141592653948... ▶ (Ref) Mainstream Analogue Constant 𝛑 : 3.141592653589... ================================================================= [Resolution Matching Spectrum Check] Choi's Derived : 3.1415926535 948... (Under 10 Billion Bounded Lattice) Original Ref : 3.1415926535 897... ----------------------------------------------------------------- Result: The 10th decimal horizon (3.1415926535) is perfectly frozen. =================================================================
Author: Choi, Joon sik
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7224912221