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Force can travel faster than the speed of light as far as i'm concerned. In fact how could the universe maintain its stability and form if that was not the case? its impossible otherwise. All these interconnections are somehow unconnected as a whole?
Let me put it a different way. You have a steel tube which is longer than meters c. At one end of the tube you have a plunger and push with a massive force. The other end is blocked. Whilst maintaining the pressure on the plunger you release the blocked end. The pressure will instantaneously burst.
Sure the observer won't be able to see this event because he can only use light as an observing factor. But having two timed clocks at either end will prove the effect.
I feel like this is a fundamental floor in the train sequence of relativity. Einstein was using light as a reference. Just because something is not sighted does not mean it does not exist. In fact the whole night sky as we see it is not the universe as it is but rather how our eyes perceive it. It is totally warped by time because each point is travelling to our eyes from different distances and hence have a different time continuum. One photon has traveled 6 years and another 7 years. What you are seeing is different points in time in space.
Letoll - not sure about that at all. There is no transfer of information (and a force would imply that) which travels faster than c. Entanglement is a lovely sci-fi buzz word (and a highly serious physics subject) - but it most certainly does not allow greater than c communication of any information.
is the transmission of force instantaneous? if yes does this mean information travels faster than light?if I have a long stick, say 10 light years long, OK so its a really long stick. If I push on the near end of the stick, how long until the force can be measured at the far end of the stick? does it take 10 years?
I would have thought it would go much slower than the speed of light - the speed of sound would be what I would expect in that particular instance.
You can hear a train coming down the line (don't try this at home) because the forces are propagating along the steel in the track