kk
Oct12-06, 05:12 AM
Since there are various one-way light speed cases
(e.g., Roemer's case, where a clock was transported
along Earth's orbit), it is necessary for me to be
specific, as follows:
Given Apparatus:
An inertial reference system and two of its clocks
located at frame points A and B (on the x axis).
Given Procedure:
Using the two given (nonrotating and nontransported)
clocks, measure the speed of a light ray as it moves
from one clock to the other clock.
Query 1:
Has anyone ever performed the above-specified experiment,
and found the result to be c?
Query 2:
Can anyone show on paper how the result could be c?
Query 3:
Is it possible, if only in principle (or on paper), for
the result to be non-c?
Query 4:
Is there any experimental evidence against Galileo's view
that the result should be c±v?
==kk==
(e.g., Roemer's case, where a clock was transported
along Earth's orbit), it is necessary for me to be
specific, as follows:
Given Apparatus:
An inertial reference system and two of its clocks
located at frame points A and B (on the x axis).
Given Procedure:
Using the two given (nonrotating and nontransported)
clocks, measure the speed of a light ray as it moves
from one clock to the other clock.
Query 1:
Has anyone ever performed the above-specified experiment,
and found the result to be c?
Query 2:
Can anyone show on paper how the result could be c?
Query 3:
Is it possible, if only in principle (or on paper), for
the result to be non-c?
Query 4:
Is there any experimental evidence against Galileo's view
that the result should be c±v?
==kk==