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If the elevator is accelerating at 9.8m/s/s then the force we would be exerting on the floor would be twice our normal weight
03 If there were relative motion or velocity, the light beam would move in a straight line, but would be displaced from going directly across.
Quote from: pasala on 11/06/2020 16:07:4703 If there were relative motion or velocity, the light beam would move in a straight line, but would be displaced from going directly across.No it wouldn't. It would behave identically to 01 (being at rest).
To be fair, it depends on whether or not the light source and elevator are in relative motion with respect to each other.
Quote from: Kryptid on 11/06/2020 20:29:54Quote from: pasala on 11/06/2020 16:07:4703 If there were relative motion or velocity, the light beam would move in a straight line, but would be displaced from going directly across.No it wouldn't. It would behave identically to 01 (being at rest).To be fair, it depends on whether or not the light source and elevator are in relative motion with respect to each other.
03 Elevator while moving forward, lifts the gravity.04 Gravity start collecting at the bottom.
Quote from: pasala on 14/06/2020 16:04:1903 Elevator while moving forward, lifts the gravity.04 Gravity start collecting at the bottom.That doesn't make sense.
That didn't explain it. Elevators don't lift gravity nor does gravity "collect at the bottom".
This is not done by me, but Einstein himself.
When the elevator accelerates forward, it is the Gravity moving downwards. Gravity while moving downwards, bends the light.
But, why should, or what makes light beam to accelerate downward
If we started with the lowest energy photons, matter and anti-matter pairs will not appear until we reach the highest energy levels. Matter and mass only appear at the celling of energy.
Gravity is a way for matter to return to the ground state, with the ground state being the speed of light reference at the lowest energy.
It is a big question, why don’t light beam continue its journey and what makes it to be deflected from its original path?
Quote from: pasala on 12/07/2020 17:44:57It is a big question, why don’t light beam continue its journey and what makes it to be deflected from its original path?It isn't being deflected. Your acceleration just makes it look that way.