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Synchronised?

 

When you say synchronised, what do you mean?  I believe this normally means same amplitude and frequency but 180 degrees out of phase, and stable over time like this.  How is the phase difference being measured over time to prove the synchronisation?   If they're drifting slightly over time, the I'm not sure there's synchronisation.

Pendulums normally take a very long period to synchronise, and even given the much higher frequency I'm dubious about it taking place in seconds on a watch.

If we're just talking about two identical oscillators with nominally identical frequency appearing to be running "the same", then that's not proven synchronisation.

Personally, by eye, I have difficulty judging the exact end point of a swing: comparing two at once strikes me as nigh on impossible.

As Suitbert says, there's no data.  It would be the work of an afternoon to set up an experiment that proved it with hard data: a couple of thousand dollars will buy a MicroSet and an amplitude detector per balance (a splash in the ocean for these companies, even if they don't already have better equipment), and then a few hours of  experiment, and Hey Presto!...hard data.

nick


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