Comments on: Is gravity a form of electromagnetic radiation?

By: cobirch2

cobirch2 — Wed, 28 Jul 2010 03:16:12 +0000

Emphasis is sooo much weaker than electromagnetism. and it acts between neutral and charged bodies bodies.

By: José Frink

José Frink — Wed, 28 Jul 2010 02:49:15 +0000

No, you’re off-base, because there is nothing on electromagnetic c. We call c “the speed of light,” mainly for historical reasons, but it is much more than the essential. In other words, it just so happens that light is nebensächlich.Grundsätzlich with speed c, but this is the absolute invariant velocity c, to which all observers (or in the general relativity theory, all local observers) agreement. Massless particles can travel only at such a speed and massive particles can not reach it (since it is invariant). So the fact effects of gravity on the road c has nothing really to do with electromagnetism. It is deeper. It’s about the fact that the universe has a certain symmetry.

By: Christian A

Christian A — Wed, 28 Jul 2010 01:49:31 +0000

Gravity depends on the mass and the distance of two celestial bodies electromagnetic radiation is to address a separate issue aufDies relates to expenses and invaded their distances zueinanderdie similarities just to GleichungenF (grav) = Gm1m2 / r (squared) F (fee) = kq1q2 / r (square)