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Equivalence Principle Violation in Weakly Vainshtein-Screened Systems · Around

2012

Equivalence Principle Violation in Weakly Vainshtein-Screened Systems

Belikov, Alexander V., Hu, Wayne

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Massive gravity, galileon and braneworld models that modify gravity to explain cosmic acceleration utilize the nonlinear field interactions of the Vainshtein mechanism to screen fifth forces in high density regimes.

These source-dependent interactions cause apparent equivalence principle violations.
In the weakly-screened regime violations can be especially prominent since the fifth forces are at near full strength.
Since they can also be calculated perturbatively, we derive analytic solutions for illustrative cases: the motion of massive objects in compensated shells and voids and infall toward halos that are spherically symmetric.

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