Abstract

This article introduces the Ulianov Gravitational Model (UGM), which provides a novel interpretation of gravitational interactions through the Higgs Ulianov Perfect Liquid (HUPL). By deducing Newton’s gravitational law and the gravitational constant G from first principles, the UGM bridges empirical observations with fundamental Planck constants. The model also explores the concept of Ulianov wormholes, offering a unified framework that links large-scale phenomena, such as black holes and galaxy clusters, with quantum-scale structures like Planck-length entities. These insights suggest a new path towards a unification theory that may integrates Newtonian mechanics, General Relativity, and Quantum Mechanics.

Keywords

Higgs field density