with the laws of inertia being ovoid ed, could we move a ship to near the speed of light withoutthedrawbackv=m

Question

I know a body in space seems to have no gravity, but still inertia on a given space being exelled is still present. with that in mind we will never get past 92 percent of the speed of light.So forget about warp drives and worm holes. The holly grail is going to be given to the man or woman who creates a field that shields gravitons in this field from attraction from the surounding enviroment.. The russians and others have been able to observe a reduction in effect on this field by superspining spuperconductors the experiment was able to shield the magnet from a fraction of graviton force. The earth spins at its core with molten metal, hot metal moving fast produces a field, maybe as an experiment we should try moving super hot murcury plasma at 1000s of rmps in space this could produce a more efficient reduction in shielding it and our gravitons, we may be able to gain time dialation by breaking a few rules.

Answer 1

Errmmmmm........ Sure. And if a frog had wings it wouldn't bump its butt when it landed.

But, aside from that, this is one of the more classic posts I've ever seen.


Doug

Answer 2

yes, its possible. You need to create an exclusion zone in which the normal laws no longer apply.