Acharya, SohamSohamAcharyaRoy, ShuvayuShuvayuRoySarkar, SudiptaSudiptaSarkar2025-08-222025-08-222025-03-012331-8422http://arxiv.org/abs/2503.19646https://d8.irins.org/handle/IITG2025/18563Recent studies on extremal black holes within effective field theories (EFT) of gravity have revealed an intriguing phenomenon: tidal forces near the horizon experience significant enhancement due to EFT corrections, potentially leading to a breakdown of the EFT framework. In this work, we investigate this effect in a two-black-hole Majumdar-Papapetrou spacetime modified by four-derivative EFT correction terms. Our analysis shows that while the scaling exponents, which measure the strength of the tidal forces near the horizon, remain unchanged under EFT corrections in D=4, they decrease for higher dimensions, enhancing the near-horizon tidal forces. We find an expression for the EFT corrections to the scaling exponents till D≤10 and demonstrate that the metric corrections can be structured such that only the near-horizon AdS2 throat undergoes angle-dependent modifications, while the transverse SD−2 sector remains unaffected.en-USe-Printe-Print123456789/615