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In this paper we examine the recently introduced Dvali Gabadadze Porratigravity model. We use the space time metric in which the local gravitationsource dominates the metric over the contributions from the cosmological flow.Anticipating ideal possible solar system effects we derive expressions for thesignal time delays in the vicinity of the sun, and for various angles of thesignal approach. We use the corresponding numerical value for the parameter r0to be equal to 5 Mpc. In the vicinity of the Sun and with theta in the range-Pi/3 less than equal to theta less than equal to Pi/3, Deltat is equal to0.0001233 ps. A time signal delay extremely small to measure by todaystechnology could be probably measurable in the future years to come, by variousfuture experiments.

Radar Signal Delay in the Dvali-Gabadadze-Porrati Gravity in the Vicinity of the Sun