Ole Ronny Kvestad

The Universemodel Protocol v2.41: A Cosmostatic Superfluid Framework for Microcosm and Macroscale Physics. Addenda F–I: Particle Genesis, Wave Scaling, and Femtosecond Annihilation Dynamics.

This paper introduces the second series of systematic extensions (Addenda F–I) to the Universemodel Protocol v2.41, further unifying sub-atomic phenomena and solid-state mechanics under a deterministic fluid-pressure framework. By utilizing the Universal Hydraulic Master Equation...

The Universemodel Protocol v2.41: A Cosmostatic Superfluid Framework for Microcosm and Macroscale Physics Addenda B–E: Hydrodynamic Transitions, Fractal Scaling, and Orthogonal Wave Propagation

This paper presents a series of systematic extensions (Addenda B–E) to the Universemodel Protocol v2.41, a foundational physics framework that replaces abstract spatial geometries and metric expansion with classical fluid dynamics in a chiral, crystalline 3D superfluid. By establ...

ADDENDUM v2.41-A: The Mechanical and Geometric Derivation of the Lattice Invariant α

This addendum delivers a strict deterministic, mechanical, and geometric derivation of the fine-structure constant (α) and the Rydberg constant (R_infinity) within a superfluid lattice paradigm. By deconstructing α from an empirical ad hocparameter into an intrinsic gear-mesh tra...

Universal Model Protocol v2.3: A Dimensionally Correct Elastohydrodynamic Field Theory of Superfluid Space and Sub-Spatial 4D Substrate Mechanics

This paper presents the Universal Model Protocol v2.3, a comprehensive, dimensionally correct elastohydrodynamic field model that reformulates vacuum space as a high-voltage, chiral, and crystalline electrostatic 3D superfluid. Operating under a constant universal base pressure (...

A Subfluid-Mechanical Architecture of the Atom and Relativistic Flukt: Part I: Eliminating Quantum Ambiguities and Semi-Empirical Ad-Hoc Postulates via Crystalline Gitter Topology Part II: The Mechanics of Velocity-Induced Velocity Flattening and the Geometric Freezing of Particle Impedance

This two-part treatise presents a comprehensive, fully deterministic, and non-ad-hoc framework for atomic structures and high-velocity dynamics within the paradigm of UNIVERSMODEL v2.3. By replacing the probabilistic waveforms of the Standard Model and the geometric abstraction o...

A Subfluid-Mechanical Architecture of the Atom and Relativistic Flukt: Part I: Eliminating Quantum Ambiguities and Semi-Empirical Ad-Hoc Postulates via Crystalline Gitter Topology Part II: The Mechanics of Velocity-Induced Velocity Flattening and the Geometric Freezing of Particle Impedance

This two-part treatise presents a comprehensive, fully deterministic, and non-ad-hoc framework for atomic structures and high-velocity dynamics within the paradigm of UNIVERSMODEL v2.3. By replacing the probabilistic waveforms of the Standard Model and the geometric abstraction o...

A Deterministic Hydrodospatial Framework for Exoplanetary Atmospheric Screening and Habitable Oasis Localization: The Universmodel v2.3 Protocol

This paper provides the complete operational metadata and empirical verification registry for the Universmodel v2.3, a strictly deterministic cosmological and planetary framework. By rejecting stochastic quantum mechanics and modeling vacuum space as a chiral, crystalline superfl...

UNIVERSMODEL Protocol v2.1 ('The Mechanical Clockwork')

This paper presents UNIVERSMODEL v2.1 ("The Mechanical Clockwork"), a novel, non-singular, alternative cosmological framework that models the universe as a closed, sterile, and purely mechanical fluid-dynamic system. Reversing the conventional paradigm where matter is an entity s...

UNIVERSMODEL Protocol v2.1 ('The Mechanical Clockwork')

This paper presents UNIVERSMODEL v2.1 ("The Mechanical Clockwork"), a novel, non-singular, alternative cosmological framework that models the universe as a closed, sterile, and purely mechanical fluid-dynamic system. Reversing the conventional paradigm where matter is an entity s...