Could you use this method to test special relativity?
i.e. to see if the speed of the em wave in the wire independent of the
wire's motion.
Harry
Michel Jullian wrote:
Well done Stephen! To make the measurement truly accessible to all, the next
step would be to eliminate the digital scope,
Harry Veeder wrote:
Could you use this method to test special relativity?
i.e. to see if the speed of the em wave in the wire independent of the
wire's motion.
I wish! Trouble is, to get a readable result you need to move the wire
really, really fast, and I don't see any way to do that.
Stephen A. Lawrence wrote:
Harry Veeder wrote:
Could you use this method to test special relativity?
i.e. to see if the speed of the em wave in the wire independent of the
wire's motion.
I wish! Trouble is, to get a readable result you need to move the wire
really, really fast, and I
Stephen A. Lawrence wrote:
Harry Veeder wrote:
Could you use this method to test special relativity?
i.e. to see if the speed of the em wave in the wire independent of the
wire's motion.
I wish! Trouble is, to get a readable result you need to move the wire
really, really fast, and I
Harry Veeder wrote:
Stephen A. Lawrence wrote:
Harry Veeder wrote:
Could you use this method to test special relativity?
i.e. to see if the speed of the em wave in the wire independent of the
wire's motion.
I wish! Trouble is, to get a readable result you need to move the wire
really,
Stephen A. Lawrence wrote:
Harry Veeder wrote:
Stephen A. Lawrence wrote:
Harry Veeder wrote:
Could you use this method to test special relativity?
i.e. to see if the speed of the em wave in the wire independent of the
wire's motion.
I wish! Trouble is, to get a readable result
Well done Stephen! To make the measurement truly accessible to all, the next
step would be to eliminate the digital scope, replacing it with a handful of
inexpensive digital components. One could use a fast clocked counter IC started
by the near end signal and stopped by the far end one.
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