Abstract
We present an analytically solvable nonlinear model of structure formation in
a Universe with only dust. The model is an LTB solution (of General Relativity)
and structures are shells of different density. We show that the luminosity
distance-redshift relation has significant corrections at low redshift when the
density contrast becomes nonlinear. A minimal effect is a correction in
apparent magnitudes of order 0.15. We discuss different possibilities that
could further enhance this effect and mimick Dark Energy.
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