CAMPOS, E. O.; ROCHA, E.O.C.; http://lattes.cnpq.br/4057121405191820; ROCHA, Ester Oliveira Campos.
Resumo:
In this dissertation, we consider Rainbow gravity to be an appropriate model for studying
the Schwarzschild Universe in the high energy regime. Given this, the temporal sector
of the metric is modiĄed in such a way as to establish a peculiar scenario to verify the
implications on the properties of the scattering theory. Our studies revolve around the
idea that Rainbow functions are capable of affecting the differential and absorption cross
sections, thus generating structures dependent of a parameter that controls the Lorentz
invariance violation at high-energy.