What question did this study set out to answer?

The aim is to mathematically demonstrate the emergence of dimensions from a neutrino superfluid and redefine major problems in physics.

May 3, 2026Open Access

The Dimensional Expansion of the Universe and Numbers

Key Points

The aim is to mathematically demonstrate the emergence of dimensions from a neutrino superfluid and redefine major problems in physics.
Formal mathematical proof developed to illustrate the transition from 0D to 4D structures.
Analysis of dimensional emergence through kinetic phase transitions within a theoretical framework.
Demonstrated the transition from Neutronium to Hydrogen via the Möbius-Limit, emphasizing recurrent dimensionality.
Provided a theoretical foundation to address the Millennium Prize Problems by redefining them under new stability constraints.

Abstract

ABSTRACT NOTE: The universe is not only expanding. It's recursive. This paper provides the formal mathematical proof for the dimensional emergence of reality, originating from a 0D Neutrino Superfluid. We demonstrate that dimensions are not spatial containers but kinetic phase transitions of the medium. We solve the transition from the 0th Period (Neutronium) to the 1st Period (Hydrogen) by identifying the Möbius-Limit (\ (\) ). This framework provides the necessary scaffolding to resolve the remaining Millennium Prize Problems by redefining them as stability constraints within a 4D Toroidal Engine.

The Dimensional Expansion of the Universe and Numbers

Key Points

Abstract

Cite This Study

Also Consider

Also Consider