Abstract:Class of Newtonian dynamical systems admitting normal blow-up of points in Riemannian manifolds is considered. Geometric interpretation for weak normality condition, which arose earlier in the theory of dynamical systems admitting the normal shift of hypersurfaces, is found.
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Arguments for the universe being a 3D brane in a 4D bulk are given. Einstein's gravity equations are rewritten as dynamical equations for a 3D metric on a 3D brane travelling in a 4D spacetime with a Big Bang.
Arguments for the universe being a 3D brane in a 4D bulk are given. Einstein's gravity equations are rewritten as dynamical equations for a 3D metric on a 3D brane travelling in a 4D spacetime with a Big Bang.
“…I am grateful to A. S. Mishchenko for the invitation to visit Moscow and for the opportunity to report the results of thesis [19] and succeeding papers [25], [26], and [27] in his seminar at Moscow State University. I am grateful to N. Yu.…”
Formula for the force field of Newtonian dynamical systems admitting the normal shift of hypersurfaces in Riemannian manifolds is considered. Problem of globalization for geometric structures associated with this formula is studied.
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