Abstract
The analytic solution of the general relativity equations for spherically symmetricwormholes are given. We investigate the special case of a ”traversable” wormhole i.e., oneallowing the signal to pass through it. The energy-momentum tensor of wormhole matteris represented as a superposition of a spherically symmetric magnetic field and dust matterwith negative matter density. The dynamics of the model are investigated. We discussboth the solution of the equation with a Λ-term and without it. Superposing enough dustmatter, a magnetic field, and a Λ-term can produce a static solution, which turns out tobe a spherical Multiverse model with an infinite number of wormholes connected sphericaluniverses. Corresponding solution can be static and dynamic.
The analytic solution of the general relativity equations for spherically symmetricwormholes are given. We investigate the special case of a ”traversable” wormhole i.e., oneallowing the signal to pass through it. The energy-momentum tensor of wormhole matteris represented as a superposition of a spherically symmetric magnetic field and dust matterwith negative matter density. The dynamics of the model are investigated. We discussboth the solution of the equation with a Λ-term and without it. Superposing enough dustmatter, a magnetic field, and a Λ-term can produce a static solution, which turns out tobe a spherical Multiverse model with an infinite number of wormholes connected sphericaluniverses. Corresponding solution can be static and dynamic.
Alexander Shatskiy, I.D. Novikov and N.S. Kardashev- New analytic models of ”traversable” wormholes by Dex30KM
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