XLI Workshop on Geometric Methods in Physics Białystok, 1-6.07.2024 XIII School on Geometry and Physics Białystok, 8-12.07.2024

Goce Chadzitaskos


The Schwarzschild’s solution and Mach’s principle


We derived a relation for Mach's principle by applying Schwarzschild's procedure to solve Einstein's equations within a homogeneous mass sphere. This results in the proportionality relation $c^2 \sim \frac{MG}{R} =\Phi.$ We then use this conclusion to extend the solution to a three--dimensional sphere as a model of the spatial component of space--time. For a stationary model of the universe as a three--dimensional sphere in four--dimensional space, the possible proportionality coefficients are calculated.
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University of Białystok