Constraining theories of gravity by GINGER experiment

Abstract The debate on gravity theories to extend or modify general relativity is very active today because of the issues related ultraviolet and infrared behavior Einstein’s theory. In first case, we have address quantum problem. latter, dark matter energy, governing large-scale structure cosmological evolution, seem escape from any final fundamental theory detection. state art that, up now, no theory, capable explaining gravitational interaction at scale, has been formulated. this perspective, many research efforts are devoted test by space-based experiments. Here, propose straightforward tests GINGER experiment, which, being Earth based, requires little modeling external perturbation, allowing a thorough analysis systematics, crucial for experiments where sensitivity breakthrough required. Specifically, want show that it possible constrain parameters theories, like scalar–tensor Horava–Lifshitz gravity, considering their post-Newtonian limits matched with experimental data. particular, use Lense–Thirring measurements provided find out relations among finally compare results those LARES Gravity Probe B satellites.