What question did this study set out to answer?

The aim is to introduce the Topological Resolution Constant to address systemic errors in modern physics caused by the assumption of a continuous vacuum.

May 14, 2026Open Access

The Topological Resolution Constant

Key Points

The aim is to introduce the Topological Resolution Constant to address systemic errors in modern physics caused by the assumption of a continuous vacuum.
Defines the Topological Resolution Constant ($\kappa = 50$) based on the Poincaré Dodecahedral Space.
Replaces continuous mathematical methods with discrete geometric approaches to unify various branches of physics.
Establishes falsification criteria for experimental validation in laboratory and astrophysical settings.
Successfully resolves the Cosmological Vacuum Catastrophe by employing a discrete geometric method, yielding a baseline metric tension of $10^{-9} \text{ J/m}^3$.
Re-derives the Fine Structure Constant as a property of a dodecahedral manifold with context to gravitational effects and temporal latency.
Unites gravitational, electromagnetic, and thermal forces into a singular metric framework, demonstrating structural permanence of fundamental particles.

Abstract

Title: The Topological Resolution Constant (= 50): The Discrete Geometric Limit of the Vacuum and the Grand Unification of Physics Author: Marco Lindenbeck Description: For over a century, the pursuit of a Grand Unified Theory has been stalled by a single, systemic categorization error: the assumption that the vacuum of space is a continuous, infinite manifold. This assumption is the root cause of the major mathematical breakdowns in modern physics, notably the 10^120 error of the Cosmological Vacuum Catastrophe and the non-renormalizable infinities of gravitational singularities. This paper introduces the Topological Resolution Constant (= 50), defining the exact discrete geometric resolution of the universe's underlying architecture (the Topological Substrate). Derived directly from the fundamental group of the Poincaré Dodecahedral Space (the Binary Icosahedral Group, |I^*|), this constant formally bounds the kinematic state-space of the vacuum. By replacing continuous mathematical integration with this discrete topological limit, this paper successfully unifies the fundamental branches of physics: Cosmology: The Vacuum Catastrophe is entirely resolved by applying the combinatorial bottleneck (! 3 10^64), flawlessly deriving the empirically observed baseline metric tension of 10^-9 J/m³. Electrodynamics: The Fine Structure Constant (^-1) is re-derived as the Golden Routing Angle of a dodecahedral manifold, subject to the Golden Elasticity Modulus (^-2) and discrete temporal latency (e/). Quantum Mechanics: Heisenberg’s Uncertainty Principle is replaced by a deterministic asymptotic metric saturation limit (T₍₎₃₄ = 1/). Grand Unification: The Generalized Stability Invariant (S_^*) is introduced, flawlessly uniting gravity, electromagnetism, and thermal kinematics into a dimensionless bandwidth ratio. It successfully derives the Planck Mass as the absolute point of 100% metric saturation, while proving the extreme structural permanence of the proton (0. 0143% saturation). Thermodynamics & Dark Energy: The Arrow of Time is strictly redefined as a deterministic thermodynamic strain relaxation (e^-t /), perfectly mapping the dynamic, "thawing" Dark Energy observations recently recorded by the DESI collaboration. The framework is grounded in absolute mechanical causality and provides three strict, Popperian laboratory and astrophysical falsification criteria.

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