AAF: No Relativist, in the past or the present or the future, could have or could or can answer this very simple question:
Why can gravity curve the space-time continuum of General Relativity, and electromagnetism cannot? That is because the right answer and the only answer to the above question is that there is no curvature of space or time or both. The curvature of space or time or both is a figment of Einstein's imagination and has no basis in logic or reality. It's just a myth nothing more and nothing less. So please say goodbye to the theory of General Relativity; it's monstrous mathematical structure can hide its absurdities no more.
Cincirob: No, AAF, they can all answer it. The existence of magnetic field means there is energy. That energy has a certain amount of mass according to m = E/c^2. That mass will distort spacetime just like any other mass. That is because the right answer and the only answer to the above question is that there is no curvature of space or time or both. The curvature of space or time or both is a figment of Einstein's imagination and has no basis in logic or reality. It's just a myth nothing more and nothing less. The answer is both...you are the myth. So please say goodbye to the theory of General of Relativity; it's monstrous mathematical structure can hide its absurdities no more. No, it's time you said goodbye to the flawed idea that you can talk relativity to death...experiments are the only way to show relativity is wrong.
AAF: No, Cincirob, they can't! Electrical fields and magnetic fields are much more powerful than gravitational fields. So, why do, according to General Relativity, gravitational fields curve space and time, but electrical and magnetic fields do not? That is the daunting question that gave Einstein so many sleepless nights. The mass of a magnetic field is no substitute for its power. That is because that mass is so small and insignificant compared to the intrinsic power of the magnetic field itself, which is
1040 greater than the attracting power of its mass. So please say goodbye to General Relativity before science says goodbye to you!