A question from another thread: Why would a choice of coordinates produce physical consequences?
Assumption: A selection of coordinates (inertial reference system) does not change an objective physical reality.
All inertial observers should agree on physics.
Question: Does the transformation of the Maxwell-Hertz Equations change the physical reality? Specifically proper acceleration analysis?
Proper acceleration is absolute, meaning an accelerometer measures only one value and all inertial observers agree what is that value.
So if F=q(E+v x B) and F=ma and the transformation of the Maxwell-Hertz Equations is done;
Can we say a=a', the proper acceleration what the accelerometer measures?
Assumption: A selection of coordinates (inertial reference system) does not change an objective physical reality.
All inertial observers should agree on physics.
Question: Does the transformation of the Maxwell-Hertz Equations change the physical reality? Specifically proper acceleration analysis?
Proper acceleration is absolute, meaning an accelerometer measures only one value and all inertial observers agree what is that value.
So if F=q(E+v x B) and F=ma and the transformation of the Maxwell-Hertz Equations is done;
Can we say a=a', the proper acceleration what the accelerometer measures?
via International Skeptics Forum https://ift.tt/LJn7giQ
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