TITLE:
Einstein’s Field According to Q
AUTHORS:
Marc Pérez Mateos
KEYWORDS:
General Relativity, Einstein Field Equations, Gravitational Constant Q, Coupling Factor, Black Hole Mass, Black Hole Radius, Relativistic Constants, Gravitational Theory
JOURNAL NAME:
Journal of High Energy Physics, Gravitation and Cosmology,
Vol.12 No.3,
July
16,
2026
ABSTRACT: Greetings, dear reader. “Q” is a novel gravitational constant that I derived myself in 2020. The Q constant is composed of mathematically well-chosen relativistic constants. The Q constant is scientifically accepted and considered correct. The Q constant works wonderfully when calculating the radius and mass of black holes with precision and accuracy. In this manuscript, I will attempt to clarify a dilemma related to the “Einstein field”, specifically the “coupling factor” of that formula, using Q. Only one substitution is required. The theory presented in this manuscript is relatively easy to understand, as you will soon see, and I hope, dear reader, that you will find it both enjoyable and interesting.