Zeldovich flow on cosmic vacuum background: new exact nonlinear analytical solution
Arthur D. Chernin, Dmitrij I. Nagirner, Svetlana V. Starikova
Abstract
A new exact nonlinear Newtonian solution for a plane matter flow superimposed on the isotropic Hubble expansion is reported. The dynamical effect of cosmic vacuum is taken into account. The solution describes the evolution of nonlinear perturbations via gravitational instability of matter and the termination of the perturbation growth by anti-gravity of vacuum at the epoch of transition from matter domination to vacuum domination. On this basis, an `approximate' 3D solution is suggested as an analog of the Zeldovich ansatz.
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