3 explanation edit approved Jun 30 '13 at 15:49 Dimension10 answer shows that your idea is applicable to GravitoElectroMagnetism.Ehmm.., go even further, In another viewpoint we can replace vacuum permittivity and permeability of mass with electromagnetism one then Einstein Gravitational Field Equation $$G_{\mu\nu}=2\mu_m^2\epsilon_mT_{\mu\nu}$$ will be a kind of Curvature due to ElectromagnetismElectromagnetic Stress-Energy tensor. $$G_{\mu\nu}=2\mu_0^2\epsilon_0T_{\mu\nu}$$ where $$T_{\mu\nu}$$ denotes EM stress-energy tensor. Dimension10 answer shows that your idea is applicable to GravitoElectroMagnetism.Ehmm.., go even further, In another viewpoint we can replace vacuum permittivity and permeability of mass with electromagnetism one then Einstein Gravitational Field Equation $$G_{\mu\nu}=2\mu_m^2\epsilon_mT_{\mu\nu}$$ will be a kind of Curvature due to Electromagnetism $$G_{\mu\nu}=2\mu_0^2\epsilon_0T_{\mu\nu}$$ Dimension10 answer shows that your idea is applicable to GravitoElectroMagnetism.Ehmm.., go even further, In another viewpoint we can replace vacuum permittivity and permeability of mass with electromagnetism one then Einstein Gravitational Field Equation $$G_{\mu\nu}=2\mu_m^2\epsilon_mT_{\mu\nu}$$ will be a kind of Curvature due to Electromagnetic Stress-Energy tensor. $$G_{\mu\nu}=2\mu_0^2\epsilon_0T_{\mu\nu}$$ where $$T_{\mu\nu}$$ denotes EM stress-energy tensor. 2 cORRECTED latex syntaa!x. edit approved Jun 29 '13 at 15:14 Abhimanyu Pallavi Sudhir 4,64544 gold badges2727 silver badges4545 bronze badges Dimension10 answer shows that your idea is applicable to GravitoElectroMagnetism.Ehmm.., go even further, In another viewpoint we can replace vacuum permittivity and permeability of mass with electromagnetism one then Einstein Gravitational Field Equation $$G_{\mu\nu}=2\mu_m^2\epsilon_mT_{\mu\nu}$$ will be a kind of Curvature due to Electromagnetism $$G_{\mu\nu}=2\mu_o^2\epsilon_oT_{\me\nu}$$$$G_{\mu\nu}=2\mu_0^2\epsilon_0T_{\mu\nu}$$ Dimension10 answer shows that your idea is applicable to GravitoElectroMagnetism.Ehmm.., go even further, In another viewpoint we can replace vacuum permittivity and permeability of mass with electromagnetism one then Einstein Gravitational Field Equation $$G_{\mu\nu}=2\mu_m^2\epsilon_mT_{\mu\nu}$$ will be a kind of Curvature due to Electromagnetism $$G_{\mu\nu}=2\mu_o^2\epsilon_oT_{\me\nu}$$ Dimension10 answer shows that your idea is applicable to GravitoElectroMagnetism.Ehmm.., go even further, In another viewpoint we can replace vacuum permittivity and permeability of mass with electromagnetism one then Einstein Gravitational Field Equation $$G_{\mu\nu}=2\mu_m^2\epsilon_mT_{\mu\nu}$$ will be a kind of Curvature due to Electromagnetism $$G_{\mu\nu}=2\mu_0^2\epsilon_0T_{\mu\nu}$$ 1 answered Jun 29 '13 at 13:06 Danial 1711 bronze badge Dimension10 answer shows that your idea is applicable to GravitoElectroMagnetism.Ehmm.., go even further, In another viewpoint we can replace vacuum permittivity and permeability of mass with electromagnetism one then Einstein Gravitational Field Equation $$G_{\mu\nu}=2\mu_m^2\epsilon_mT_{\mu\nu}$$ will be a kind of Curvature due to Electromagnetism $$G_{\mu\nu}=2\mu_o^2\epsilon_oT_{\me\nu}$$