It occured to me that a one way light speed experiment performed under the assumption that absolute motion is correct does not need to worry whether clock sychronisation is affected by motion. The experiment should proceed on the assumption that it is sufficient to synchronize two clocks at the same location and then move them apart the desired distance. If clock synchronisation is affected significantly by the motion of separation, it will show up in the data but it can be removed from the data after the fact using special relativity. Harry
- Re: [Vo]:Detecting absolute ... Michele Comitini
- Re: [Vo]:Detecting absolute ... Mauro Lacy
- Re: [Vo]:Detecting absolute ... Harry Veeder
- Re: [Vo]:Detecting absolute motion Stephen A. Lawrence
- Re: [Vo]:Detecting absolute motion Mauro Lacy
- Re: [Vo]:Detecting absolute motion Stephen A. Lawrence
- Re: [Vo]:Detecting absolute motion Mauro Lacy
- Re: [Vo]:Detecting absolute motion Harry Veeder
- Re: [Vo]:Detecting absolute moti... Craig Haynie
- Re: [Vo]:Detecting absolute ... Harry Veeder
- [Vo]:Clock synchronisation i... Harry Veeder
- Re: [Vo]:Clock synchronisati... Mauro Lacy
- Re: [Vo]:Clock synchronisati... Michele Comitini
- Re: [Vo]:Clock synchronisati... Harry Veeder
- Re: [Vo]:Clock synchronisati... Mauro Lacy
- [Vo]:Detecting absolute motion francis
- Re: [Vo]:Detecting absolute motion Mauro Lacy
- Re: [Vo]:Detecting absolute motion David Jonsson
- Re: [Vo]:Detecting absolute motion francis
- Re: [Vo]:Detecting absolute motion francis