The Multiverse in Vertical Time Theory (MVTT) is a theoretical framework proposing that physical reality is governed by a discrete vertical update process, in which spacetime configurations are iteratively compiled under informational and admissibility constraints. At its core, MVTT introduces an informational torsion framework and treats realized spacetime not as a static given, but as the outcome of an underlying regulated compilation process.
Across its four structural pillars — the Vertical Time Horizon (VTH), the Vertical Time Horizon Action (VTHA), the Informational Oscillatory Theory (IOT) and the Multiverse Manifold Theory (MMT) — MVTT proposes a unified architecture linking cosmology, quantum mechanics and information physics. Within this structure, thermodynamic constraints on information are integrated into a quantum-consistent framework, in which the cosmological constant is approached as a dynamically stabilized quantity rather than a fine-tuned parameter.
More broadly, MVTT seeks to establish a coherent bridge between microscopic admissibility conditions and macroscopic cosmological behavior, while offering a structured and falsifiable perspective on locally branching realized configurations. In this sense, the theory aims to provide a disciplined interface among informational torsion, computational structure and cosmological dynamics, rather than a merely speculative multiverse narrative.
The foundational paper presents the first formal exposition of this framework, including its central equations, conceptual architecture and admissibility-based logic. It is intended as the entry point for readers who wish to examine the theory in its initial structured form.