Leonid Serebrennikov

On the Nature of the Gravitational Constant G

It is shown that free fall, light deflection, perihelion precession, and gravitational redshift are expressed through the rate of matter expansion \(\tau\), radius \(R\), density ratio \(\rho_{\text{body}}/\rho_{\text{ref}}\), and the speed of light \(c\) without using \(G\). The...

The General Theory of Matter

A perspective on gravity as a kinematic consequence of the expansion of matter in a fifth dimension is proposed. Unlike general relativity, where gravitational interaction is described by the geometry of spacetime, in this work the convergence of bodies is explained by their sync...