Recent content by PaoloG

"Doesn't general relativity interpret a force as a space-time distortion? So how does the electroweak (or just electric or magnetic force, for sake of simplicity) force fits in that model? " that's the point. I can see two options here: 1. the force concept is different for gravity, or as I...

ok, I see that energy (any form of energy) can distort space time because of the equation E=mc^2, or we could say that it is the equivalent mass of the energy (E/c^2) to distort the space-time acting as a virtual mass (right?). And this sounds coherent. But again the motion of electrical charged...

...EM field can create actractive or repulsive forces even if the space-time is flat. The prove is that a neutral body (no charge) is not influenced by EM field. So electrical charge or EM energy does not curve the spacetime like mass does, or at least I would say that it is not the spacetime...

What is still not clear to me is the different concept of gravity given by relativy theory respect the other forces. It is really elegant and amazing to define gravity like a space-time curvature and it is intriguing to see that this theory is much more accurate respect to the Newton's approach...

Hi all guys, for what I have understood from general relativity theory, gravity force is "just" a space-time distortion as a result of peculiar property of matter having mass. So it is not a real force, or saying with different words, if I'm in a lab without window, in a gravitational field...