Transition to 5-Dimensional Hyperreality

Romanenko Vladimir Alekseevich*

Received : June 24, 2026 | Published : July 14, 2026

Citation: R. V. Alekseevich, “Transition to 5-dimensional hyperreality,” Phys. J. Theor. Exp. Stud. 2(3), 1–15 (2026). DOI: 10.64978/pjtes.2026.0714011

Abstract

This article presents an approach proving the possibility of the existence of hyperreality in the form of a 5-dimensional sphere. It is a continuation of article, which deduced the equation of forces describing 4-dimensional reality. The issues of the transition of 4-dimensional reality into the baryon time of 3-dimensional space and into the proper time of 5-dimensional space are considered separately. In both cases, a simple mathematical apparatus is used that is easy to understand. A reference is given to the author’s work, in which the mechanism of Newtonian gravity in 3-dimensional space is explained in terms of the resultant force arising in 4-dimensional space. The use of this approach makes it possible to derive the equation of energy density in a 5-dimensional sphere and go from it to the derivation of a formula for a 5-dimensional spherical volume depending on its proper time.

Keywords: Time flows, hyperreality, differential equation, baryonic time, proper time, Weinberg angle, interaction constants.